Enery Audit Final Report 8-11-09 - Amazon S3Twp+BOE+E… · CDM’s energy audit for the Freehold...

15 British American Boulevard Latham, New York 12110 tel: 518-782-4500 fax: 518-786-3810

August 11, 2009 Ms. Ilene Tepper Assistant Business Administrator Freehold Township Board of Education Freehold, NJ 07728 Subject: Energy Audit for Freehold Township Board of Education Dear Ms. Tepper: Please find enclosed six sets of our final report detailing the findings and recommendations of CDM’s energy audit for the Freehold Township Board of Education. An electronic copy of this report has also been provided to TRC for their comment and review. Very truly yours,

Matthew T. Goss, P.E., C.E.M., C.E.A., LEED®AP Project Manager CDM c: Theodore C. Schlette (CDM) Colleen Kling (TRC)

Enclosure

Freehold Township School District

AUGUST 2009

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Final Energy Audit Report

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Contents

Executive Summary

Section 1 Introduction 1.1 General ....................................................................................................................... 1-1 1.2 Background ............................................................................................................... 1-1 1.3 Purpose and Scope ................................................................................................... 1-3

Section 2 Facility Description 2.1 D.D. Eisenhower Middle School ............................................................................ 2-1 2.1.1 Description of Building Envelope ........................................................... 2-1 2.1.2 Description of Building HVAC ............................................................... 2-1 2.1.3 Description of Building Lighting ............................................................ 2-1 2.1.4 Miscellaneous Equipment ........................................................................ 2-2 2.2 J.J Catena Elementary School .................................................................................. 2-3 2.2.1 Description of Building Envelope ........................................................... 2-3 2.2.2 Description of Building HVAC ............................................................... 2-3 2.2.3 Description of Building Lighting ............................................................ 2-3 2.2.4 Miscellaneous Equipment ........................................................................ 2-4 2.3 C.T. Barkalow Middle School ................................................................................. 2-4 2.3.1 Description of Building Envelope ........................................................... 2-4 2.3.2 Description of Building HVAC ............................................................... 2-5 2.3.3 Description of Building Lighting ............................................................ 2-5 2.3.4 Miscellaneous Equipment ........................................................................ 2-6 2.4 Early Childhood Learning Center .......................................................................... 2-6 2.4.1 Description of Building Envelope ........................................................... 2-7 2.4.2 Description of Building HVAC ............................................................... 2-7 2.4.3 Description of Building Lighting ............................................................ 2-7 2.4.4 Miscellaneous Equipment ........................................................................ 2-8 2.5 M.W. Errickson Elementary School ....................................................................... 2-8 2.5.1 Description of Building Envelope ........................................................... 2-8 2.5.2 Description of Building HVAC ............................................................... 2-8 2.5.3 Description of Building Lighting ............................................................ 2-9 2.5.4 Miscellaneous Equipment ........................................................................ 2-9 2.6 Laura Donovan Elementary School ....................................................................... 2-9 2.6.1 Description of Building Envelope ........................................................... 2-9 2.6.2 Description of Building HVAC ............................................................. 2-10 2.6.3 Description of Building Lighting .......................................................... 2-10 2.6.4 Miscellaneous Equipment ...................................................................... 2-11 2.7 West Freehold Elementary School ....................................................................... 2-11 2.7.1 Description of Building Envelope ......................................................... 2-11 2.7.2 Description of Building HVAC ............................................................. 2-11

Table of Contents Freehold Township School District


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2.7.3 Description of Building Lighting .......................................................... 2-12 2.7.4 Miscellaneous Equipment ...................................................................... 2-12 2.8 Applegate Elementary School ............................................................................... 2-13 2.8.1 Description of Building Envelope ......................................................... 2-13 2.8.2 Description of Building HVAC ............................................................. 2-13 2.8.3 Description of Building Lighting .......................................................... 2-13 2.8.4 Miscellaneous Equipment ...................................................................... 2-14

Section 3 Baseline Energy Use 3.1 Utility Data Analysis ................................................................................................ 3-1

3.1.1 Electrical Charges ...................................................................................... 3-1 3.1.2 Natural Gas Charges ................................................................................. 3-2 3.1.3 Water Charges ........................................................................................... 3-2

3.2 Facility Results .......................................................................................................... 3-2 3.2.1 D.D. Eisenhower Middle School ............................................................. 3-2 3.2.2 J.J. Catena Elementary School .................................................................. 3-4 3.2.3 C.T. Barkalow Middle School .................................................................. 3-6 3.2.4 Early Childhood Learning Center ........................................................... 3-9 3.2.5 M. Erickson Elementary School ............................................................. 3-11 3.2.6 Laura Donovan Elementary School ...................................................... 3-14 3.2.7 West Freehold Elementary School ........................................................ 3-16 3.2.8 Applegate Elementary School ............................................................... 3-18 3.3 Aggregate Costs ...................................................................................................... 3-20 3.4 Portfolio Manager ................................................................................................... 3-21 3.4.1 Portfolio Manager Overview ................................................................. 3-22 3.4.2 Energy Performance Rating ................................................................... 3-22 3.4.3 Portfolio Manager Account Information.............................................. 3-22

Section 4 Energy Conservation and Retrofit Measures (ECRM) 4.1 Building Lighting Systems ...................................................................................... 4-1

4.1.1 D.D. Eisenhower Middle School ............................................................. 4-1 4.1.2 J.J Catena Elementary School ................................................................... 4-3 4.1.3 C.T. Barkalow Middle School .................................................................. 4-4 4.1.4 Early Childhood Learning Center ........................................................... 4-5 4.1.5 M.W. Errickson Elementary School ........................................................ 4-6 4.1.6 Laura Donovan Elementary School ........................................................ 4-7 4.1.7 West Freehold Elementary School .......................................................... 4-9 4.1.8 Applegate Elementary School ............................................................... 4-10 4.2 Building HVAC Systems ....................................................................................... 4-11

4.2.1 D.D. Eisenhower Middle School ........................................................... 4-12 4.2.2 J.J Catena Elementary School ................................................................. 4-15 4.2.3 C.T. Barkalow Middle School ................................................................ 4-20 4.2.4 Early Childhood Learning Center ......................................................... 4-26

Table of Contents Freehold Township School District


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4.2.5 M.W. Errickson Elementary School ...................................................... 4-29 4.2.6 Laura Donovan Elementary School ...................................................... 4-33 4.2.7 West Freehold Elementary School ........................................................ 4-36

4.2.8 Applegate Elementary School ............................................................... 4-36 4.3 Photovoltaic Solar Energy System ...................................................................... 4-41 4.3.1 D.D. Eisenhower Middle School ........................................................... 4-42 4.3.2 J.J. Catena Elementary School ................................................................ 4-43

4.3.3 C.T. Barklow Middle School .................................................................. 4-44 4.3.4 Early Childhood Learning Center ......................................................... 4-45

4.3.5 M.W. Erickson Elementary School ........................................................ 4-45 4.3.6 Laura Donovan Elementary School ...................................................... 4-46 4.3.7 West Freehold Elementary School ........................................................ 4-47 4.3.8 C.R. Applegate Elementary School ....................................................... 4-48 4.3.9 Basis for Conceptual Design .................................................................. 4-49

Section 5 Evaluation of Energy Purchasing and Procurement Strategies 5.1 Energy Deregulation ................................................................................................ 5-1 5.1.1 Alternate Third Party Energy Supplier .................................................. 5-2

Section 6 Ranking of Energy Conservation and Retrofit Measures (ECRMs) 6.1. ECRMs ...................................................................................................................... 6-1 6.1.1 Lighting Systems ....................................................................................... 6-1 6.1.2 HVAC Systems .......................................................................................... 6-3 6.1.3 Solar Energy ............................................................................................... 6-4

Section 7 Available Grants, Incentives and Funding Sources 7.1 Solar Energy Incentives and Financial Options .................................................... 7-1 7.1.1 Solar Renewable Energy Certificates ...................................................... 7-1 7.1.2 Financing Options for Solar Projects ...................................................... 7-1 7.2 New Jersey Clean Energy Program ......................................................................... 7-2 7.2.1 Introduction ............................................................................................... 7-2 7.2.2 New Jersey Smart Start Program ............................................................ 7-3 Appendix A Historical Data Analysis Appendix B Statement of Energy Performance Summary Sheets Appendix C eQuest Model Results Appendix D Lighting Spreadsheet – Option 1 Appendix E Lighting Spreadsheet – Option 2 Appendix F Solar Energy Financing Worksheet Appendix G Glacial Energy – Alternative Electrical Supplier Quote Appendix H New Jersey Smart Start Incentive Worksheets Appendix I Engineers Opinion of Probable Construction Costs Appendix J Facility Data Forms

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Executive Summary As part of an initiative to reduce energy cost and consumption, the Freehold Township School District has secured the services of Camp Dresser and McKee (CDM) to perform an energy audit for buildings owned and operated by the District in an effort to develop comprehensive Energy Conservation and Retrofit Measures (ECRMs).

CDM’s energy audit team visited the facilities on May 26th and 27th, 2009. As a result of the site visits and evaluation of the historical energy usage of the facilities, CDM was successful in identifying opportunities for energy savings measures.

CDM has also evaluated the potential for renewable energy technologies to be implemented at the District’s facilities to offset the District’s electrical energy usage. Specifically, the use of solar electric photovoltaic panels was investigated.

In addition, CDM solicited a proposal from a third party electric energy supplier to investigate any additional energy cost savings that may be available for the District.

Not all ECRMs identified as a result of the energy audit are recommended. ECRMs must be economically feasible to be recommended to the District for implementation. The feasibility of each ECRM was measured through a simple payback analysis. The simple payback period was determined after establishing Engineer’s Opinion of Probable Construction Cost estimates, O&M estimates, projected annual energy savings estimates, and the potential value of New Jersey Clean Energy rebates, or Renewable Energy Credits, if applicable. ECRMs with a payback period of 20 years or less can be recommended.

Historical Energy Usage The following table, Table ES-1, summarizes the current annual energy usage at each of the District’s buildings. These values can serve as a benchmarking tool, along with the building profiles that have been established through the EPA’s Portfolio Manager Program, to quantify the reduction in electrical energy and natural gas usage following the implementation of the recommended ECRMs.

Executive Summary

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Table ES-1: Annual Energy Usage & Cost (2008)

Electrical Energy

Use (kWH)

Peak Summer Demand

(kW)

Peak Winter

Demand (kW)

Natural Gas Use (therms)

Cost for Electric Service

Cost for Natural

Gas

D.D.Eisenhower 1,953,535 459 770 12,804 $315,452 $18,506

J.J. Catena 1,044,170 365 256 54,565 $171,455 $81,359

C.T. Barkalow 1,243,807 411 409 74,447 $230,866 $107,674

ECLC 510,560 183 114 43,332 $83,881 $63,716

M.W. Errickson 1,328,261 339 339 53,987 $140,455 $78,086

Laura Donovan 1,331,840 403 611 19,821 $224,277 $29,740

West Freehold 2,319,615 524 624 37,180 $367,467 $54,060

Applegate 964,800 524 416 35,542 $159,146 $53,754

Recommended ECRMs The following table, Table ES-2, presents the ranking of recommended ECRMs identified for the building lighting and HVAC systems. Additional ECRMs were identified and evaluated, as discussed in Section 4; however, were not recommended due to longer payback periods. This table includes the Engineer’s Opinion of Probable Construction Cost, projected annual energy cost savings, projected annual energy usage savings, and total simple payback period for each recommended ECRM. The ECRMs are ranked based on payback period.

Table ES-3 summarizes the Total Engineer’s Opinion of Construction Cost, annual energy savings, projected annual energy and O&M cost savings and the payback period based on the implementation of all recommended ECRMs.

Executive Summary

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Table ES-2: Ranking of Recommended ECRM’s Overall

Ranking (Based

on Simple

Payback)

ECRM

Engineer’s Opinion of Probable

Construction Cost1

Projected Annual Energy Savings (kWH or therms)

Projected Annual

Energy & O&M Cost Savings

Simple Payback Period (years)

1 JJ Catena – Air Handler Controls $2,245 4,917 therms $11,279 0.2

2 D.D. Eisenhower (Lighting Upgrade - Option 2) $60,319 113,789 kWH $18,394 3.2

3 Early Childhood Learning

Center (Lighting Upgrade - Option 2)

$21,930 39,497 kWH $6,430 3.4

4 West Freehold (Lighting Upgrade - Option 2) $41,622 76,535 kWH $12,184 3.4

5 J.J. Catena (Lighting Upgrade - Option 2) $41,100 70,800 kWH $11,611 3.5

6 Applegate (Lighting Upgrade - Option 2) $43,335 72,321 kWH $11,904 3.6

7 Laura Donovan (Lighting Upgrade - Option 2) $40,387 69,964 kWH $11,858 3.7

8 C.T. Barkalow (Lighting Upgrade - Option 2) $70,490 81,804 kWH $13,252 5.3

9 M.W. Errickson (Lighting Upgrade - Option 2) $88,647 45,917 kWH $7,640 11.6

10 ECLC – Insulation at Attic Floor $39,525 2,454 therms $3,043 13.0

11 C.T. Barkalow – Boiler Upgrade $114,281 6,900 therms $8,556 13.4

12 MW Errickson - ERVs $61,410 1,200 therms 15,800 kWH $4,237 14.5

13 JJ Catena – Boiler Upgrade $114,281 6,100 therms $7,625 15.0

1. Engineers Probable Construction takes into account any applicable rebates.

Executive Summary

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Table ES-3: Recommended ECRM’s1

Total Engineer’s Opinion of Probable Construction Cost

Projected Annual Energy Savings

Projected Annual Energy & O&M Cost Savings

Simple Payback Period (years)

$739,572 586,427 kWH & 67,488 therms $128,013 5.8

1. Does not include energy savings associated with Solar Energy System.

Renewable Energy Technologies • Solar Energy

Section 4.3 of the report provides for an economic evaluation of a solar energy system recommended to be installed at each of the District’s schools. The evaluation covered the economic feasibility of the District furnishing and installing a solar energy system under a typical construction contract and to assume full responsibility of the operation of such a system.

Based on the simple payback model, summarized in Table ES-4, it would benefit the District to further investigate the installation of a solar energy system at all eight (8) school buildings. This is primarily based on the initial upfront capital investment required for a solar energy system installation and the 10 year payback period. This payback period justifies installing the solar energy system. Other options such as Power Purchase Agreements are potentially available as well to help finance the project. Solar technology is constantly changing and will most likely continue to lower in price.

Two major factors influencing the project financial evaluation is the variance of the prevailing energy market conditions and Solar Renewable Energy Credit (SREC) rates, with the largest impact to the payback model being the SREC credit pricing. For the payback model, conservative estimates of the SREC’s market value over a 15 year period were assumed, as discussed in Section 4.3.

Table ES-4 includes a simple payback analysis for the installation of a solar energy system at all of the District’s school buildings. Refer to Appendix F for a more detailed solar financing spreadsheet.

Table ES-4: Simple Payback Analysis for Solar Energy System

Parameter Solar

Estimated Budgetary Project Cost $6,331,000

1st Year Production 1,103,332 kWh

Annual Electric Savings $176,533

Annual Estimated SREC Revenue $441,333

Project Simple Payback 10.2 Years

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Section 1 Introduction 1.1 General As part of an initiative to reduce energy cost and consumption, the Freehold Township School District has secured the services of Camp Dresser and McKee (CDM) to perform an energy audit on the District’s eight (8) school buildings in an effort to develop comprehensive energy conservation initiatives.

The performance of an Energy Audit requires a coordinated phased approach to identify, evaluate and recommend energy conservation and retrofit measures (ECRM). The various phases conducted under this Energy Audit included the following:

Gather preliminary data on all facilities;

Facility inspection;

Identify and evaluate potential ECRMs;

Develop the energy audit report.

Figure 1-1 is a schematic representation of the phases utilized by CDM to prepare the Energy Audit Report.

Figure 1-1: Energy Audit Phases

1.2 Background The Freehold Township School District consists of eight (8) buildings; the D.D. Eisenhower Middle School, the J.J. Catena Elementary School, the C.T. Barkalow Middle School, the Early Childhood Learning Center, the M.W. Errickson Elementary School, the Laura Donovan Elementary School, the West Freehold Elementary School and the Applegate Elementary School.

Section 1 Introduction

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The D.D. Eisenhower Middle School is a 114,979 ft2 building originally built in 1971, with extensions to provide additional classroom space in 1999 and 2004. The school is utilized for grades 6 through 8, with over 800 students, and 90 faculty and staff members. Classes are in session from 8:25 am to 3 pm, with the building being occupied between 7:30 am - 7:00 pm on a regular basis.

The J.J Catena Elementary School is a 76,045 ft2 building originally built in 1961, with thirteen (13) classrooms and an all-purpose room for lunch, physical education and assemblies. In 1964, twelve (12) more classrooms and a lunch room were constructed and in the late 1970’s a library was built in the rear of the building. In 1999, six additional classrooms, including a music room, a new gym and cafeteria were built in conjunction with a renovation to the original (1961) construction. In 2004, a new kindergarten wing and another all-purpose room were opened. The elementary school is utilized for grades K through 5, for a total of approximately 700 students, in addition to approximately 80 teachers, administration, maintenance and cafeteria staff. Classes are in session from 8:40 am to 3 pm, with the elementary school occupied from 7:00 am and 6:00 pm.

The C.T. Barkalow Middle School is a 110,533 ft2 building that was originally built in 1964, with subsequent additions in 1970, 1999 and 2003. The middle school is utilized for grades 6 through 8, for a total of 830 students and 85 faculty members. The middle school classes run from 8:25 am to 3 pm, and the building is occupied between 7:00 am and 6:00 pm.

The Early Childhood Learning Center is the Township’s pre-school and administration building. The school is housed in the original West Freehold School built in 1956 and later renovated. The older section of the building was converted from classrooms to office space for the Central Office personnel. The building is occupied between 8:00 am and 4:00 pm, with morning and afternoon pre-school sessions and a full-day schedule.

The M.W. Errickson Elementary School is a 78,130 ft2 building originally built in 1972, with extensions built to increase classroom and cafeteria space in 1999 and 2003. The elementary school is utilized for grades K through 5, for a total of 700 students and 80 faculty and staff members. Classes are in session from 8 am to 2:20 pm, with the elementary school occupied from 7:00 am to 6:00 pm.

The Laura Donovan Elementary School is a 76,491 ft2 building that was originally built in 1968, with extensions and renovations in 1999 and 2003. The elementary school is utilized for grades K through 5, for a total of 650 students and 80 faculty and staff members. Classes are in session from 8 am to 2:20 pm, with the elementary school occupied from 7:00 am to 6:00 pm.

The West Freehold Elementary School is a 90,000 ft2 building built in 2004. The elementary school is utilized for grades K through 5, for a total of 575 students and 78

Section 1 Introduction

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faculty and staff members. Classes run from 8 am to 2:20 pm, with the building occupied between 7:00 am and 6:00 pm.

The Applegate Elementary School is a 81,963 ft2 building that was built in 1975, with a new kindergarten wing in 2004. The elementary school is utilized for grades K through 5, for a total of approximately 600 students and 101 faculty and staff members. Classes run from 8 am to 2:20 pm, with the building occupied between 7:00 am and 6:00 pm.

1.3 Purpose and Scope The objective of the energy audit is to identify energy conservation and retrofit measures to reduce energy usage and to develop an economic basis to financially validate the planning and implementation of identified energy conservation and retrofit measures.

The buildings that comprise the Freehold Township School District were originally designed to comfortably house school children and staff with limited consideration for energy consumption. Currently, due to the rising costs of power and the desire to minimize dependence on foreign oil supplies, energy consumption is taking a higher priority across the nation. Significant energy savings may be available with retrofits to the buildings’ envelopes, heating, cooling and lighting systems. It should be noted that the magnitude of energy savings available is not only dependent on the type of heating, lighting or insulation systems that are in use, but also on the age and condition of the equipment and the capital available to implement major changes.

The purpose of this energy audit is to identify the various critical building comfort systems within the eight (8) buildings that are major consumers of electrical energy and are clear candidates for energy savings measures. The potential for solar electric systems to be installed at each building was also evaluated and presented herein.

In addition to identifying ECRMs and the potential for on-site energy generation, an alternate third party electric supplier was contacted in an effort to identify further cost savings available for the District, by switching service providers. This is discussed further in Section 5.

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Section 2 Facility Description

2.1 D.D. Eisenhower Middle School 2.1.1 Description of Building Envelope The energy audit included an evaluation of the building’s envelope (exterior shell) to determine the components’ effective R-values to be utilized in the building model and to locate and fix any thermal weaknesses that may be present. The components of a building envelope include the exterior walls, foundation and roof. The construction and material, age and general condition of these components, including exterior windows and doors, impact the buildings energy use.

The D.D. Eisenhower Middle School’s walls are composite cavity walls consisting of face brick, cavity and concrete masonry CMU back-up blocks. The original portion of the building has high wood ceilings. The existing roofing system consists of insulation and EPDM over flat roof decks. The windows throughout the D.D. Eisenhower Middle School are insulating double pane windows.

It was determined that the building envelope is in good condition and is currently providing a high level of insulation. As such, any modifications to the insulation system would not prove to be cost effective, from an energy savings stand-point.

2.1.2 Description of Building HVAC The majority of the space within the D.D. Eisenhower Middle School is heated using electric resistance coils. Many of the classrooms in the original building sections employ unit ventilators with electric coils for heat, and outdoor DX condensers for cooling. Spaces such as the library, gym, office areas, and some of the larger classrooms employ packaged air handling units with either rooftop or packaged condensers, and electric resistance heating coils.

The 2003 wing employs a slightly different method of heating and cooling. Within this wing, there are two Aerco 30 HP gas-fired boilers which provide the wing with hot water for heating. This wing utilizes a packaged rooftop air handling system with several condensers for cooling. Each room then uses a VAV system with hot water reheat.

2.1.3 Description of Building Lighting The existing lighting system consists of 2X2 (2 lamp), 1X4 (1 and 2 lamp), 2X4 (2, 3, and 4 lamp), 4X4 (4, 6, and 8-lamp), 4-foot (2 and 3 lamp), and 2-foot (2-lamp) linear fluorescent fixtures, along with compact fluorescent, metal halide, and incandescent fixtures. All of the fluorescent fixtures at this facility already have energy efficient T-8 lamps with electronic ballasts. However there are a small number of existing inefficient incandescent fixtures, which should be replaced. The current indoor HID


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fixtures throughout the facility are somewhat efficient by today’s standards, but produce a poor quality of light, and in seeking the highest of efficiency standards, it is recommended that the Metal Halide HID fixtures be replaced with T5 linear fluorescent fixtures for an increase in quality of light, light output, a decrease in energy consumption, and the ability to have instant on/instant off capabilities instead of waiting 5-10 minutes for the HID fixtures to light up. In addition, locations were identified during the audit where the installation of occupancy sensors would increase overall energy savings. Lighting system improvements are discussed further in Section 4.1.

2.1.4 Miscellaneous Equipment On average, each classroom contains at least one (1) computer, printer, smart board or overhead projector and TV. The school also has four (4) media classrooms which contain 45 computers with LCD monitors and 59 computers with CRT monitors. The library has 40 computers with CRT monitors and a number of printers. There is a home economics classroom with a clothing washer and dryer, two (2) refrigerators, two (2) stovetops, two (2) ovens and two (2) microwaves. There is a shop classroom that contains seven (7) electronic tool stations and a dust collection system.

It is recommended that the District consider implementing the standardized use throughout the eight (8) school buildings of Smart Strips, as the need arises. Computer peripherals, such as monitors, printers or scanners, continue to use energy even after they are shut off, which adds up over time. The Smart Strip power strips offer surge protection and the ability to monitor the current on a single ‘control’ outlet. When the computer that is plugged into that single outlet is shut down and Smart Strip shuts off all of the other peripherals on the power strip.

The school also has office areas, faculty rooms and a nurse’s office that contain copiers, microwaves, refrigerators, vending machines, soda machines and coffee makers.

The D.D. Eisenhower Middle School’s kitchen has a number of appliances including refrigerators, warming cabinets and electric warming tables and convection ovens. It is also recommended that the District consider implementing the standardized use of Energy Star appliances throughout each of the schools, as the need arises. Energy Star refrigerators and freezers, for example, use up to 40% less energy than models built in 2001. Energy Star appliances will not only reduce the District’s utility bills, but will also outperform standard appliances, due to the improved design and advanced technologies.


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2.2 J.J Catena Elementary School 2.2.1 Description of Building Envelope The J.J. Catena Elementary School’s walls are composite cavity walls consisting of face brick, cavity and concrete masonry CMU back-up blocks. The original portion of the building has high wood ceilings. The existing roofing system consists of insulation and EPDM over flat roof decks. The windows throughout the J.J. Catena Elementary School are insulating double pane windows.

It was determined that the building envelope is in good condition and is currently providing a high level of insulation. As such, any modifications to the insulation system would not prove to be cost effective, from an energy savings stand-point.

2.2.2 Description of Building HVAC The J.J. Catena Elementary School employs a hot water system as its primary heating source. Many classrooms within the 1963 area of the building either utilize unit ventilators or rooftop units with hot water coils for heat, and DX condensers for cooling. A 75 HP H.B. Smith Boiler provides much of the hot water for the heating system within this area of the school.

The 1999 section uses packaged gas-fired rooftop units for heating and cooling in the majority of the rooms.

The 2004 wing uses a two-30 HP Aerco boiler set up, similar to that found in the D.D. Eisenhower School. Cooling is provided by air handling units with rooftop condensers, and VAV boxes with hot water reheat coils for each of the rooms.

2.2.3 Description of Building Lighting The existing lighting system consists of 2X2 (2 lamp), 1X4 (2 lamp), 2X4 (2, 3, and 4 lamp), 4X4 (4 lamp), 8-foot (2 and 4 lamp), 4-foot (1, 2, and 3 lamp), 2-foot (2 lamp) linear fluorescent fixtures, along with compact fluorescent, metal halide, high pressure sodium, and incandescent fixtures. Almost all of the fluorescent fixtures at this facility already have energy efficient T-8 lamps with electronic ballasts. However there are a small number of existing inefficient incandescent and fluorescent fixtures, which should be replaced. The current indoor HID fixtures throughout the facility are somewhat efficient by today’s standards, but produce a poor quality of light, and in seeking the highest of efficiency standards, it is recommended that the Metal Halide HID fixtures be replaced with T5 linear fluorescent fixtures for an increase in quality of light, light output, a decrease in energy consumption, and the ability to have instant on/instant off capabilities instead of waiting 5-10 minutes for the HID fixtures to light up.

2.2.4 Miscellaneous Equipment On average, each classroom contains at least two (2) or three (3) computers, a printer, smart board or overhead projector and TV. The school also has a media center, a


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computer room with 25 computers, printer / scanner, plotter and smart board and a library with 11 computers with LCD monitors and printers.

The school also has a server room, office areas, faculty rooms and a nurse’s office that contain copiers, microwaves, refrigerators, vending machines, soda machines and coffee makers.

The J.J. Catena Elementary School’s kitchen has a number of appliances including refrigerators, freezers, electric warming tables and convection ovens. It is recommended that the District consider implementing the standardized use of Smart Strips and Energy Star appliances.

2.3 C.T. Barkalow Middle School 2.3.1 Description of Building Envelope The C.T. Barkalow Middle School’s walls are composite cavity walls consisting of face brick, cavity and concrete masonry CMU back-up blocks. The original portion of the building has high wood ceilings. The existing roofing system consists of insulation and EPDM over flat roof decks. At the time of the audit, there was evidence of leakage on the drop ceilings in the hallways of the original portion of the building and upon further evaluation, it was observed that rain water pools around the sky lights of that section of the roof (as shown in the above picture). As such, it is recommended that the roof drainage system be evaluated and the potential to repair and re-insulate this roof be considered. If the roof is leaking around the sky lights, the insulation and thermal barrier of the roofing system is compromised, which will result in an increase of infiltration of outside air.

If the District pursues roof repair and / or replacement work, it is recommended that a white thermal barrier coating be applied to the roof surface. This coating works to reduce the surface temperature of the roof by reflecting the UV rays, and provides insulation for the interior of the building reducing the heating and cooling loads.

The windows throughout the C.T. Barkalow Middle School are insulating double pane windows, installed in 2003.


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2.3.2 Description of Building HVAC The original, 1965, section of the Barkalow School is heated primarily with a hot water system, fed by two-45 HP H.B. Smith boilers, serving unit ventilators in many of the classrooms. Some of the larger rooms employ in room air handling units, with either electric or hot water coils, depending on the room. Large areas, such as the gym and cafeteria, have dedicated packaged rooftop units.

Classrooms within the 1999 wings of the building utilize either unit ventilators or packaged gas-fired rooftop units for air conditioning.

The 2003 wing employs two-30 HP Aerco boilers, which serve VAV boxes with hot water reheat coils. Cooling is provided by a 40-ton rooftop McQuay unit.

At the time of the audit, it was observed that a few of the classroom unit ventilators were blocked by tall grass. It should be noted, that any blockage of the unit ventilators of this type will decrease the heating and cooling capacity of the unit and consequently increase the energy bill. It was brought to our attention that maintenance staff was limited; however, CDM would like to stress the importance of maintenance of the mechanical equipment, in both ensuring that the ventilators aren’t blocked and/or that the filters are cleaned regularly, for example. This will work to ensure that the units are operating as efficiently as possible and that their expected lifetime isn’t compromised.

2.3.3 Description of Building Lighting The existing lighting system consists of 2X2 (2 and 4 lamp), 1X4 (2 lamp), 2X4 (2, 3, and 4 lamp), 4X4 (6 and 8 lamp), 4-foot (1, 2, 3, and 4 lamp), 2-foot (2 lamp) linear fluorescent fixtures, along with compact fluorescent, metal halide, high pressure sodium, and incandescent fixtures. All of the linear fluorescent fixtures at this facility already have energy efficient T-8 lamps with electronic ballasts. However there are a small number of existing inefficient incandescent fixtures, which should be replaced. The current indoor HID fixtures throughout the facility are somewhat efficient by today’s standards, but produce a poor quality of light, and in seeking the highest of efficiency standards, it is recommended that the Metal Halide HID fixtures be replaced with T5 linear fluorescent fixtures for an increase in quality of light, light output, a decrease in energy consumption, and the ability to have instant on/instant off capabilities instead of waiting 5-10 minutes for the HID fixtures to light up. In addition, locations were identified during the audit where the installation of occupancy sensors would increase overall energy savings.


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2.3.4 Miscellaneous Equipment On average, each classroom contains at least one (1) computer, printer, smart board or overhead projector and TV. The school also has a library and three (3) computer classrooms with 93 computers and numerous printers. There is a home economics classroom with two (2) refrigerators, four (4) dishwashers, (4) ovens, stovetops, microwaves and mixers. There is a shop classroom that contains five (5) electronic tool stations, ten (10) computers, printer, projector, eyewash/ shower, sick and a dust collection system.

The school also has a server room, office areas, faculty rooms and a nurse’s office that contain copiers, microwaves, refrigerators, vending machines, soda machines and coffee makers.

The C.T. Barkalow Middle School’s kitchen has a number of appliances including two (2) walk-in refrigerators, freezers and refrigerators, electric warming tables, an ice maker, steam kettle and convection ovens. Food for all of the school buildings is stored and prepared at C.T. Barkalow. It is recommended that the District consider implementing the standardized use of Smart Strips and Energy Star appliances.

At the time of the audit, it was noted that the toilets in the boy’s bathroom located in the east hallway of the original building are set to flush automatically every three (3) minutes. If this is in fact the case, it is recommended that the District consider replacement or repair of the bathroom exhaust fan, as it was explained that the automatic flushing was set up to minimize odors. Although not specifically evaluated at the time of the audit, the exhaust fan may not be working properly or may be undersized. Ensuring that the exhaust system is adequate may result in a savings of 14 to 21 gallons every three (3) minutes (3 toilets utilizing 4 to 7 gallons with every flush).

2.4 Early Childhood Learning Center 2.4.1 Description of Building Envelope The Early Childhood Learning Center is the Township’s pre-school and administration building. The walls are composite cavity walls consisting of face brick, cavity and concrete masonry CMU back-up blocks. The original portion of the building, now used as the administration area, is three levels including the attic space. The roof is a sloped singled roof. The attic floor is insulated with a layer of loose foam insulation, with poor sealing around penetrations for HVAC equipment and apparent infiltration between the roof and top of


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wall. The remainder of the building is one level and the roofing system over the classroom areas appears to be in good condition, consisting of insulation and EPDM over flat roof decks.

The windows throughout the Early Childhood Learning Center (ECLC) are single pane windows.

2.4.2 Description of Building HVAC The original, 1956, section of the building uses a steam system for heat. Typical rooms have unit ventilators with steam coils for heat, and outdoor DX condensers for cooling. The gymnasium uses an attic unit with a steam coil for heat, there is no cooling. Two-65 HP H.B. Smith boilers feed the steam system.

The newer, 1970, classroom wing uses a hot water system for heating. Typical rooms in this area use unit ventilators with hot water coils, and outdoor DX condensers for cooling. The hot water for this system is created using a steam to hot water heat exchanger, which pulls steam from the fore-mentioned steam system in the main area of the building.

2.4.3 Description of Building Lighting The existing lighting system consists of 2X2 (2 lamp), 1X4 (2 lamp), 2X4 (2, 3, and 4 lamp), 4-foot (1, 2, 3, and 4 lamp), 2-foot (2 lamp) linear fluorescent fixtures, along with compact fluorescent, metal halide, high pressure sodium, and incandescent fixtures. Almost all of the linear fluorescent fixtures at this facility already have energy efficient T-8 lamps with electronic ballasts. However there are a small number of existing inefficient incandescent and fluorescent fixtures, which should be replaced. The current indoor HID fixtures throughout the facility are somewhat efficient by today’s standards, but produce a poor quality of light, and in seeking the highest of efficiency standards, it is recommended that the Metal Halide HID fixtures be replaced with T5 linear fluorescent fixtures for an increase in quality of light, light output, a decrease in energy consumption, and the ability to have instant on/instant off capabilities instead of waiting 5-10 minutes for the HID fixtures to light up. In addition, locations were identified during the audit where the installation of occupancy sensors would increase overall energy savings.

2.4.4 Miscellaneous Equipment The ECLC offices and teachers room contain computers, printers, phones, copiers and scanners, refrigerators and a soda machine. In addition, there are a number of window air conditioning units throughout the ECLC.


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This building also has a server room above the boiler room, which consequently, is very hot and air conditioning is run year round. There is a small kitchen in the ECLC that contains a refrigerator and freezer. It is recommended that the District consider implementing the standardized use of Smart Strips and Energy Star appliances.

2.5 M.W. Errickson Elementary School 2.5.1 Description of Building Envelope The M.W. Errickson Elementary School’s walls are composite cavity walls consisting of face brick, cavity and concrete masonry CMU back-up blocks. The roofing system through the building, except for the Kindergarten Wing, consists of insulation and EPDM over flat roof decks. The roof system over the Kindergarten Wing consists of sloped shingled roofs.

It was observed that the windows in the older portions of the Errickson School are single paned, while the windows in the newer Kindergarten Wing are insulating double paned windows.

It was determined that the building envelope is in good condition and is currently providing a high level of insulation. As such, any modifications to the insulation system would not proof to be cost effective, from an energy savings stand-point.

2.5.2 Description of Building HVAC The Errickson Elementary School is comprised of several “pods”, each of which contains approximately 8 classrooms and corresponding corridor and restroom space. Each of these “pods” utilizes a multi-zone packaged, gas-fired rooftop unit with DX condensers for cooling. The media center also uses one of these units. There are also several heating and ventilating units, located near the gymnasium, that serve the gym, stage, and surrounding areas. Each of these units has a corresponding 20-ton rooftop condenser to provide cooling.

The cafeteria uses a packaged, gas-fired rooftop unit for heating and cooling. This unit employs a heat recovery wheel, capable of capturing heat from air being exhausted


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from the space and applying it to air coming into the space. This helps to save energy, as exhausted heat is captured and reused.

The 2003 wing of the building uses two-30 HP Aerco boilers, to provide hot water to VAV boxes above each room. Cooling is provided by attic air handling units, with rooftop condensers.

2.5.3 Description of Building Lighting The existing lighting system consists of 2X2 (2 lamp), 1X4 (1 and 2 lamp), 2X4 (2, 3, 4, and 8 lamp), 4X4 (4, 6, and 8-lamp), 4-foot (1, 2, and 3 lamp), 2-foot (2-lamp) linear fluorescent fixtures, along with compact fluorescent, metal halide, and incandescent fixtures. All of the fluorescent fixtures at this facility already have energy efficient T-8 lamps with electronic ballasts. However there are a small number of existing inefficient incandescent fixtures, which should be replaced. In addition, areas were identified during the audit where the installation of occupancy sensors would increase overall energy savings.

2.5.4 Miscellaneous Equipment On average, each classroom contains at least one (1) computer, printer, smart board or overhead projector and TV. The school also has a media center with numerous computers and printers.


The M.W. Errickson Elementary School’s kitchen has a number of appliances including freezers and refrigerators, electric warming tables and convection ovens. It is recommended that the District consider implementing the standardized use of Smart Strips and Energy Star appliances.

2.6 Laura Donovan Elementary School 2.6.1 Description of Building Envelope The Laura Donovan Elementary School’s walls are composite cavity walls consisting of face brick, cavity and concrete masonry CMU back-up blocks. The roofing system through the building, except for the Kindergarten Wing, consists of insulation and EPDM over flat roof decks. The roof system over the Kindergarten Wing consists of sloped shingled roofs. One of the wings in the elementary school, built in the ‘90’s, is modular construction.


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The original portion of the building has high wood ceilings. The windows throughout the Laura Donovan School are insulating double paned windows. There are ledges over the windows in the older areas of the building that serve to block the sun.


2.6.2 Description of Building HVAC The Laura Donovan Elementary School primarily employs electric heating within its classrooms. Most of the classrooms within the original, 1968, area of the building utilize unit ventilators with electric resistance coils for heat, and outdoor DX condensers for cooling. The condensers couple as air source heat pumps to supplement heating within the classrooms during the heating season. Space conditioning within the gymnasium and stage is provided by five gas-fired rooftop units.

The cafeteria and media center are part of the 1999 addition to the school. These rooms are also conditioned by packaged gas-fired rooftop units.

Classrooms within the 1995 wing of the building also utilize gas-fired rooftop units for space conditioning.


2.6.3 Description of Building Lighting The existing lighting system consists of 2X2 (2 lamp), 1X4 (2 lamp), 2X4 (2, 3, and 4 lamp), 8-foot (4 lamp), 4-foot (1, 2, and 3 lamp), 2-foot (2 lamp) linear fluorescent fixtures, along with compact fluorescent, metal halide, high pressure sodium, and incandescent fixtures. All of the linear fluorescent fixtures at this facility already have energy efficient T-8 lamps with electronic ballasts. However there are a small number of existing inefficient incandescent fixtures, which should be replaced. The current indoor HID fixtures throughout the facility are somewhat efficient by today’s


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standards, but produce a poor quality of light, and in seeking the highest of efficiency standards, it is recommended that the Metal Halide HID fixtures be replaced with T5 linear fluorescent fixtures for an increase in quality of light, light output, a decrease in energy consumption, and the ability to have instant on/instant off capabilities instead of waiting 5-10 minutes for the HID fixtures to light up. In addition, areas were identified during the audit where the installation of occupancy sensors would increase overall energy savings.

2.6.4 Miscellaneous Equipment On average, each classroom contains at least one (1) computer, printer, smart board or overhead projector and TV. The school also has a media center with seven (7) computers and a computer classroom with thirty-one (31) computers and numerous printers.

The school also has office areas, faculty rooms and a nurse’s office that contain copiers, microwaves, refrigerators, vending machines, soda machines and coffee makers. It is recommended that the District consider implementing the standardized use of Smart Strips and Energy Star appliances.

The Laura Donovan Elementary School’s kitchen has a number of appliances including freezers and refrigerators, electric warming tables, convection ovens, ice cream freezers and milk refrigerators. At the time of the audit, the kitchen door was open and the staff indicated that the kitchen gets very hot. It is recommended that the kitchen ventilation capacity be evaluated further. The kitchen ventilation may not have been sized to account for any addition of appliances.

2.7 West Freehold Elementary School 2.7.1 Description of Building Envelope The West Freehold Elementary School’s walls are composite cavity walls consisting of face brick, cavity and concrete masonry CMU back-up blocks and vapor barrier at foundation. The roofing system through the building consists of insulation and EPDM over flat roof decks or sloped shingled roofs.

The windows throughout the school are insulating double paned windows.


2.7.2 Description of Building HVAC The West Freehold Elementary School employs a water source heat pump system. Rooms are conditioned using heat pumps which either heat or cool incoming air based on the entering water temperature. During the heating season, two-60 HP Aerco boilers provide hot water to the heat pumps, which then extract the heat and


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transfer it to the incoming air. During the cooling season, two Evapco cooling towers provide chilled water to the heat pumps, which reject heat from the incoming air, into the chilled water.

In addition to this relatively efficient heating and cooling system, the building utilizes several heat recovery ventilators (HRVs) with electric reheat coils. These HRVs save energy by recapturing heat that would otherwise be exhausted from the space, and applying it to outside air being supplied to the space, supplementing the heating provided by the heat pump systems.

As this system is a relatively new, energy efficient design, upgrade measures will likely not prove cost-effective.

2.7.3 Description of Building Lighting The existing lighting system consists of 2X2 (2 and 3 lamp), 1X4 (2 lamp), 2X4 (2 and 3 lamp), 4-foot (2, 3, and 4 lamp) linear fluorescent fixtures, along with compact fluorescent, metal halide, and incandescent fixtures. All of the fluorescent fixtures at this facility already have energy efficient T-8 lamps with electronic ballasts.

2.7.4 Miscellaneous Equipment On average, each classroom contains at least one (1) computer, printer, smart board or overhead projector and TV. The school also has a media center with ten (10) computers and a computer classroom with twenty-eight (28) computers and numerous printers.


The West Freehold Elementary School’s kitchen has a number of appliances including freezers and refrigerators, electric warming tables, warming cabinets, convection ovens, microwaves, ice cream freezers and milk refrigerators. It is recommended that the District consider implementing the standardized use of Smart Strips and Energy Star appliances.

2.8 Applegate Elementary School 2.8.1 Description of Building Envelope The Applegate Elementary School’s walls are composite cavity walls consisting of face brick, cavity and concrete masonry CMU back-up blocks. The existing roofing system consists of insulation and EPDM over flat roof decks. The windows throughout the Applegate Elementary School are single pane windows.

Operations and maintenance staff indicated that roof leakage repairs in the 1999 wing have left portions un-insulated. If this is in fact the case, insulation of these areas will


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improve the thermal barrier and reduce the load on the building’s heating and cooling equipment. If further roof repair is required, it is recommended that the application of a white thermal barrier be considered, as discussed previously.

2.8.2 Description of Building HVAC The design of the Applegate Elementary School is very similar to that of the Errickson Elementary School. Most of the classrooms are grouped into “pods”, and each pod is served by a packaged, multi-zone gas-fired rooftop unit with DX condensers for cooling. There are also several heating and ventilating units, located near the gymnasium, that serve the gym, stage, and surrounding areas. Each of these units has a corresponding 20-ton rooftop condenser to provide cooling.

The cafeteria and 5th Grade wings were added to the building in 1999. Each of these areas employs a gas-fired rooftop unit for heating and cooling.


2.8.3 Description of Building Lighting The existing lighting system consists of 2X2 (2 lamp), 1X4 (1 and 2 lamp), 2X4 (2, 3, and 4 lamp), 4X4 (4, 6, and 8-lamp), 4-foot (2 and 3 lamp), and 2-foot (2-lamp) linear fluorescent fixtures, along with compact fluorescent, metal halide, and incandescent fixtures. All of the fluorescent fixtures at this facility already have energy efficient T-8 lamps with electronic ballasts. However there are a small number of existing inefficient incandescent fixtures, which should be replaced. The current indoor HID fixtures throughout the facility are somewhat efficient by today’s standards, but produce a poor quality of light, and in seeking the highest of efficiency standards, it is recommended that the Metal Halide HID fixtures be replaced with T5 linear fluorescent fixtures for an increase in quality of light, light output, a decrease in energy consumption, and the ability to have instant on/instant off capabilities instead of waiting 5-10 minutes for the HID fixtures to light up. In addition, areas were identified during the audit where the installation of occupancy sensors would increase overall energy savings.

2.8.4 Miscellaneous Equipment On average, each classroom contains at least one (1) computer, printer, smart board or overhead projector and TV. The school also has a media center with ten (10) computers and a computer classroom with thirty (30) computers and numerous printers.


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The Applegate Elementary School’s kitchen has a number of appliances including freezers and refrigerators, electric warming tables, convection ovens, ice cream freezers and milk refrigerators. There was a space heater and a fan in the kitchen. It is recommended that the District consider implementing the standardized use of Smart Strips and Energy Star appliances.

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Section 3 Baseline Energy Use

3.1 Utility Data Analysis The first step in the energy audit process is the compilation and quantification of the facilities current and historical energy usage and associated utility costs. It is important to establish the existing patterns of electric, gas and fuel oil usage in order to be able to identify areas in which energy consumption can be reduced.

For this study, monthly utility bills were analyzed and unit costs of energy obtained. The unit cost of energy, as determined from the monthly utility bills, was utilized in determining the feasibility of switching from one energy source to another or reducing the demand on that particular source of energy to create annual cost savings for the Freehold School District.

3.1.1 Electric Charges It was also important to understand how the utilities charge for the service. The majority of the energy consumed is electric, as a result of both indoor and outdoor lighting and appliances, such as kitchen appliances, computers, printers and projectors. Electricity is charged by three basic components: electrical consumption (kWH), electrical demand (kW) and power factor (kVAR) (reactive power). The cost for electrical consumption is similar to the cost for fuel oil, the monthly consumption appears on the utility bill as kWH consumed per month with a cost figure associated with it. The School District’s service connections are billed with a flat rate for consumption, as explained in Section 3.2.1.

Electrical demand can be as much as 50 percent or more of the electric bill. The maximum demand (kW value) during the billing period is multiplied by the demand cost factor and the result is added to the electric bill. It is often possible to decrease the electric bill by 15 – 25 percent by reducing the demand, while still using the same amount of energy.

The power factor (reactive power) is the power required to energize electric and magnetic fields that result in the production of real power. Power factor is important because transmission and distribution systems must be designed and built to manage the need for real power as well as the reactive power component (the total power). If the power factor is low, then the total power required can be greater than 50 percent or more than the real power alone. The power factor charge is a penalty for having a low power factor. This penalty charge does not impact the School District.

The other parts of the electric bill are the supply charges, delivery charges, system benefits, transmission revenue adjustments, state and municipality tariff surcharges and sales taxes, which cannot be avoided.


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3.1.2 Natural Gas Charges New Jersey Natural Gas (NJNG) is the current distributor and supplier of natural gas for the District. As a commercial customer that utilizes more the 5,000 therms annually, the District is billed through NJNG under the monthly Basic Gas Supply Service (BGSS) pricing. The monthly BGSS price is based on the New York Mercantile Exchange (NYMEX) monthly market settlement price. The price for the natural gas commodity is passed on directly to customers with no profit included for NJNG.

The customer charge covers NJNG costs to provide service, including mailings, taxes, system maintenance and record keeping. The delivery charge is the fee applied for delivering gas and maintaining the distribution system. It also includes approved price adjustments related to balancing gas deliveries, variances from normal weather and societal benefits programs such as environmental improvements and NJ’s Clean Energy Program. The current demand charge of $1.50 is applied to the Highest Month Average Daily Usage (HMAD).

3.1.3 Water Charges The Township of Freehold Water and Sewer Department currently supplies treated water to the Freehold School District buildings. Water usage is metered similarly to electric and natural gas usage and the District is billed bimonthly per service location.

3.2 Facility Results 3.2.1 D.D. Eisenhower Middle School Electric power for the D.D. Eisenhower Middle School building is fed from a General Service Secondary Space Heating line from the Jersey Central Power and Light Company (JCP&L). Figure 3.2-1 illustrates the monthly total energy consumption from February 2008 through February 2009. From this graph, it can be determined that the electrical baseline consumption for the D.D. Eisenhower Middle School averages around 110,000 kWH / month. The electrical usage is high as a result of the electric heating and cooling systems that are utilized year round.

This building is billed using a flat rate kWH charge based on JCP&L’s current tariff rates. Demand charges are calculated used the highest measured load for the month. Figure 3.2-2 illustrates the average monthly demand load for 2008.


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Figure 3.2-1: D.D. Eisenhower Middle School Building Electrical Usage

The most recent tariff rates available at the time of this audit for General Secondary Service from JCP&L are as follows:

Non-Utility Generation Charges: $0.016960/KWH Societal Benefits Charges: $0.006444/KWH Transitional Assessment Charges: $0.002928/KWH System Control Charge: $0.000079/KWH Delivery Charges: $0.057366/first 1,000 kWH and $0.004958/remaining kWH Demand Charges: $6.47/kW

Figure 3.2-2: D.D. Eisenhower Middle School Maximum Monthly Demand


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Refer to Table 3.3-1, in Section 3.3, for average electrical aggregate cost. These tariffs are subject to change quite frequently. For the most up to date tariffs, refer to JCP&L’s website. Refer to Appendix A for complete Historical Data Analysis.

The 2003 wing of D.D. Eisenhower Middle School utilizes natural gas for heat and hot water. Figure 3.2-3 illustrates the building’s monthly natural gas consumption for 2008.

Figure 3.2-3: D.D. Eisenhower Middle School Gas Usage

NJNG bills the District under the BGSS rates, as follows:

General Service Large (GSL) Sales Demand Charge: $147.66/month GSL Customer Charge: $40.00/month BGS charge applied to 40% of total therms: $0.4903/therm BGS charge applied to 60% of total therms: $0.5250/therm Delivery charge applied to total therms: $0.4143/therm

For more on the building gas usage, refer to Section 4.2.

3.2.2 J.J. Catena Elementary School Electric power for the J.J. Catena Elementary School is fed from one General Secondary Service line from JCP&L. Figure 3.2-4 illustrates the Elementary School’s monthly consumption for 2008. For this school, the baseline energy consumption is approximately 62,000 kWH per month.


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This building is billed using a flat rate KWH charge based on JCP&L’s current tariff rates. Figure 3.2-5 illustrates the average monthly demand load for 2008.

Figure 3.2-4: J.J. Catena Elementary School Electrical Usage

The current tariff rates for General Secondary Service from JCP&L are as follows:


Figure 3.2-5: J.J. Catena Elementary School Maximum Monthly Demand


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Refer to Table 3-1, in Section 3.3, for average electrical aggregate cost. These tariffs are subject to change quite frequently. For the most up to date tariffs, refer to JCP&L’s website. Refer to Appendix A for complete Historical Data Analysis.

The building’s heating and hot water systems are run on natural gas. Figure 3.2-6 illustrates the building average monthly natural gas consumption for 2008.

Figure 3.2-6: J.J. Catena Elementary School Gas Usage




3.2.3 C.T. Barkalow Middle School Electric power for the C.T. Barkalow Middle School is fed from one General Secondary Service line from JCP&L. Figure 3.2-7 illustrates the Middle School’s monthly consumption for 2008. The Middle School’s baseline energy consumption 100,000 kWH per month.

This building is billed using a flat rate KWH charge based on JCP&L’s current tariff rates. Figure 3.2-8 illustrates the monthly demand load for 2008.


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Figure 3.2-7: C.T. Barkalow Middle School Electrical Usage



Refer to Table 3.3-1, in Section 3.3, for average electrical aggregate cost. These tariffs are subject to change quite frequently. For the most up to date tariffs, refer to JCP&L’s website. Refer to Appendix A for complete Historical Data Analysis.

Figure 3.2-8: C.T. Barkalow Middle School Maximum Monthly Demand


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The C.T. Barkalow Middle School also has an outdoor lighting service from JCP&L, which amounts to 74 kWH each month. This service is subject to the following rates from JCP&L:

Non-Utility Generation Charges: $0.016960/KWH Societal Benefits Charges: $0.006444/KWH Transitional Assessment Charges: $0.006677/KWH System Control Charge: $0.000079/KWH BGS Energy Charge: $0.094866/kWH BGS Transmission Charges: $0.003812/kWH Delivery Charges: $0.050257/kWH Monthly Lighting Fixture Charges: $4.08

The building’s heating and hot water systems are run on natural gas. Figure 3.2-9 illustrates the building’s monthly natural gas consumption for 2008.

Figure 3.2-9: C.T. Barkalow Middle School Gas Usage





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3.2.4 Early Childhood Learning Center Electric power for the Early Childhood Learning Center is fed from one General Secondary Service line from JCP&L. Figure 3.2-10 illustrates the building’s monthly consumption for 2008. The baseline electric energy consumption 33,000 kWH per month.

This building is billed using a flat rate KWH charge based on JCP&L’s current tariff rates. Figure 3.2-11 illustrates the monthly demand for 2008.

Figure 3.2-10: ECLC’s Electrical Usage




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Figure 3.2-11: ECLC’s Maximum Monthly Demand


The ECLC’s heating system is fueled by natural gas. Figure 3.2-12 illustrates the building’s monthly natural gas consumption for 2008.

Figure 3.2-12: ECLC’s Gas Usage


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General Service Large (GSL) Sales Demand Charge: $513/month GSL Customer Charge: $40.00/month BGS charge applied to 80% of total therms: $0.6238/therm BGS charge applied to 20% of total therms: $0.8112/therm Delivery charge applied to total therms: $0.4143/therm


3.2.5 M. Errickson Elementary School Electric power for the Errickson Elementary School is fed from three General Secondary Service lines from JCP&L. Figures 3.2-13, 3.2-14 and 3.2-15 illustrate the Elementary School’s monthly consumption for 2008, from meter G28658723, meter G15112467 and meter G98739834 respectively. In this case, the combined baseline energy consumption 75,010 kWH per month.

This building is billed using a flat rate KWH charge based on JCP&L’s current tariff rates. Figures 3.2-16 and 3.2-17 illustrate the monthly demands for 2008.

Figure 3.2-13: Errickson Elementary School Electrical Usage (Meter G28658723)


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Figure 3.2-14: Errickson Elementary School Electrical Usage

(Meter G15112467)

Figure 3.2-15: Errickson Elementary School Electrical Usage

(Meter G98739834)




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Figure 3.2-16: Errickson Elementary School Maximum Monthly Demand

(Meter G28658723)

Figure 3.2-17: Errickson Elementary School Maximum Monthly Demand

(Meter G15112467)


The Errickson building’s heating system is fueled by natural gas. Figure 3.2-18 illustrates the building’s monthly natural gas consumption for 2008.


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Figure 3.2-18: Errickson Elementary School’s Gas Usage


General Service Large (GSL) Sales Demand Charge: $621.14/month GSL Customer Charge: $40.00/month BGS charge applied to total therms: $0.5250/therm Delivery charge applied to total therms: $0.4143/therm


3.2.6 Laura Donovan Elementary School Electric power for the Laura Donovan Elementary School is fed from one General Secondary Service line from JCP&L. Figure 3.2-19 illustrates the building’s monthly consumption for 2008. The baseline electric energy consumption 75,000 kWH per month.



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Figure 3.2-19: Laura Donovan Elementary School Electrical Usage



Figure 3.2-20: Laura Donovan Elementary School’s Maximum Monthly Demand


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The Laura Donovan School’s heating system is fueled by natural gas. Figure 3.2-21 illustrates the building’s monthly natural gas consumption for 2008.

Figure 3.2-21 Laura Donovan Elementary School’s Gas Usage


General Service Large (GSL) Sales Demand Charge: $261.39/month GSL Customer Charge: $40.00/month BGS charge applied to total therms: $0.5250/therm Delivery charge applied to total therms: $0.4143/therm


3.2.7 West Freehold Elementary School Electric power for the West Freehold Elementary School is fed from one General Secondary Service line from JCP&L. Figure 3.2-22 illustrates the building’s monthly consumption for 2008. The baseline electric energy consumption 130,000 kWH per month.



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Figure 3.2-22: West Freehold Elementary School’s Electrical Usage


Non-Utility Generation Charges: $0.016960/KWH Societal Benefits Charges: $0.006444/KWH Transitional Assessment Charges: $0.002928/KWH System Control Charge: $0.000079/KWH Delivery Charges: $0.057366/first 1,000 kWH and $0.004958/remaining kWH Demand Charges: $6.47/kW RGGI Recovery Charge applied to 25% of total kWH: $0.000064

Figure 3.2-23: West Freehold Elementary School’s Maximum Monthly

Demand


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The West Freehold School’s heating system is fueled by natural gas. Figure 3.2-24 illustrates the building’s monthly natural gas consumption for 2008.

Figure 3.2-24: West Freehold Elementary School’s Gas Usage


GSL Sales Demand Charge: $556.38/month GSL Customer Charge: $48.00/month BGS charge applied to 40% of total therms: $0.4903/therm BGS charge applied to 60% of total therms: $0.5250/therm Delivery charge applied to total therms: $0.4143/therm


3.2.8 Applegate Elementary School Electric power for the Applegate Elementary School is fed from one General Secondary Service line from JCP&L. Figure 3.2-25 illustrates the building’s monthly consumption for 2008. The baseline electric energy consumption 61,000 kWH per month.



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Figure 3.2-25: Applegate Elementary School’s Electrical Usage



Figure 3.2-26: Applegate Elementary School’s Maximum Monthly Demand


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The Applegate Elementary School’s heating system is fueled by natural gas. Figure 3.2-27 illustrates the building’s monthly natural gas consumption for 2008.

Figure 3.2-27: Applegate Elementary School’s Gas Usage


GSL Sales Demand Charge: $528.21/month GSL Customer Charge: $40.00/month BGS charge applied to 70% of total therms: $0.5763/therm BGS charge applied to 30% of total therms: $0.6238/therm Delivery charge applied to total therms: $0.4143/therm


3.3 Aggregate Costs For the purposes of computing energy savings for all identified energy conservation and retrofit measures, aggregate unit costs for electrical energy and natural gas, in terms of cost/kWH and cost/therm, were determined for each building and utilized in the simple payback analyses discussed in subsequent sections. The aggregate unit cost accounts for all distribution and supply charges for each location. Table 3.3-1 and Table 3.3-2 summarize the aggregate costs for electrical energy consumption and therms utilized, respectively.


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Table 3.3-1: Electrical Aggregate Unit Costs Service Location Aggregate $ / kW-hr

D.D. Eisenhower Middle School $0.1626

J.J. Catena Elementary School $0.1640

C.T. Barkalow Middle School $0.1620

Early Childhood Learning Center $0.1628

M.W. Errickson Elementary School $0.1664

Laura Donovan Elementary School $0.1695

West Freehold Elementary School $0.1592

Applegate Elementary School $0.1646

Table 3.3-2: Natural Gas Aggregate Unit Costs

Service Location Aggregate $ / therm

D.D. Eisenhower Middle School $1.28

J.J. Catena Elementary School $1.25

C.T. Barkalow Middle School $1.24

Early Childhood Learning Center $1.24

M.W. Errickson Elementary School $1.34

Laura Donovan Elementary School $1.26

West Freehold Elementary School $1.29

Applegate Elementary School $1.30


A 3-22

3.4 Portfolio Manager 3.4.1 Portfolio Manager Overview Portfolio Manager is an interactive energy management tool that allows the Board of Education to track and assess energy consumption across the School District’s buildings in a secure online environment. Portfolio Manager can help the Board of Education set investment priorities, verify efficiency improvements, and receive EPA recognition for superior energy performance.

3.4.2 Energy Performance Rating For many facilities, you can rate their energy performance on a scale of 1–100 relative to similar facilities nationwide. Your facility is not compared to the other facilities entered into Portfolio Manager to determine your ENERGY STAR rating. Instead, statistically representative models are used to compare your facility against similar facilities from a national survey conducted by the Department of Energy’s Energy Information Administration. This national survey, known as the Commercial Building Energy Consumption Survey (CBECS), is conducted every four years, and gathers data on building characteristics and energy use from thousands of facilities across the United States. Your facility’s peer group of comparison is those facilities in the CBECS survey that have similar facility and operating characteristics. A rating of 50 indicates that the facility, from an energy consumption standpoint, performs better than 50% of all similar facilities nationwide, while a rating of 75 indicates that the facility performs better than 75% of all similar facilities nationwide.

K through 12 grade school buildings are eligible to receive a rating.

3.4.3 Portfolio Manager Account Information A Portfolio Manager account has been established for the District, which includes profiles for the eight (8) school buildings. Information entered into these Portfolio Manager building profiles, including electrical energy consumption and natural gas consumption may be used to apply for an Energy Star rating with the USEPA.

At the time of this report, the school buildings received the following ratings:

D.D. Eisenhower Middle School – 32 J.J. Catena Elementary School – 19 C.T. Barkalow Middle School – 29 Early Childhood Learning Center – 40 M.W. Errickson Elementary School – 6 Laura Donovan Elementary School – 34 West Freehold Elementary School – 3 C. Richard Applegate Elementary School - 57

A Statement of Energy Performance report for each building was generated through Portfolio Manager and included in Appendix B, along with a Portfolio Manager reference sheet.

A 4-1

Section 4 Energy Conservation and Retrofit Measures (ECRM) 4.1 Building Lighting Systems The goal of this section is to present any lighting energy conservation measures that may also be cost beneficial. It should be noted that replacing current bulbs with more energy-efficient equivalents will have a small effect on the building heating and cooling loads. The building cooling load will see a small decrease from an upgrade to more efficient bulbs and the heating load will see a small increase, as the more energy efficient bulbs give off less heat.

During the audit it was observed that a significant portion of the lighting fixtures in all eight buildings had been previously retrofit using T8 lamps and electronic ballasts. Additionally, CDM tested light levels throughout all eight buildings and found that light levels were generally above New Jersey State Code (50 footcandles at the desk level in classrooms). As a result of these findings, two retrofit strategies for the District have been developed. The first strategy (Option 1) involves leaving the existing T8 fixtures as-is and retrofitting or replacing other fixtures throughout the district that need to be upgraded to more energy efficient standards, as well as the installation of occupancy sensors. The second strategy (Option 2) involves a more comprehensive project that replaces all of the existing 32-watt T8 lamps with new 28-watt T8 lamps, plus the other retrofit strategies outlined in Option 1.

The Lighting Annual Savings assume the annual hours per year of operation as outlined under the column within the lighting spreadsheet entitled “Hours Code” located in Appendices D & E.

Please note that the probable construction costs presented herein are estimates based on historic data compiled from similar installations and engineering opinions. Additional engineering will be required for each measure identified in this report and final scope of work and budget cost estimates will need to be confirmed prior to the coordination of project financing or the issuance of a Request for Proposal.

4.1.1 D.D. Eisenhower Middle School The existing lighting system at the D.D. Eisenhower Middle School consists of linear fluorescent, compact fluorescent, metal halide, high pressure sodium and incandescent fixtures. All of the linear fluorescent fixtures have energy efficient T-8 lamps with electronic ballasts, as discussed in Section 2.1.3. It is recommended that the small number of existing inefficient incandescent fixtures be replaced. In addition, it is recommended that the current indoor Metal Halide HID fixtures be replaced with T5 linear fluorescent fixtures for an increase in quality of light, light output, a decrease in energy consumption, and the ability to have instant on/instant off capabilities and that occupancy sensors be installed in select locations.

Section 4 Energy Savings Measures

A 4-2

In general, the first strategy (Option 1) for a lighting upgrade project, involves relamping and the installation of occupancy sensors in select locations. Please refer to Appendix D, for Lighting Retrofit Spreadsheet with the line-by-line proposed detailed lighting upgrades under Option 1.

With the implementation of Option 1, the annual energy savings are estimated to be 10.87 kW, 48,006 kWh and $7,805. In addition, the project will generate annual maintenance savings from avoided costs related to changing lamps and ballasts.

In general, the second strategy (Option 2) for a lighting upgrade project is a more comprehensive project that involves replacing the existing 32-watt T8 lamps with new 28-watt T8 lamps, in addition to the recommendations of Option 1. Please refer to Appendix E, for Lighting Retrofit Spreadsheet with the line-by-line proposed detailed lighting upgrades under Option 2.

With the implementation of Option 2, the annual energy savings are estimated to be 45.77 kW, 113,789 kWH and $18,394. In addition the project will generate annual maintenance savings from avoided costs related to changing lamps and ballasts.

The following table, Table 4.1-1, summarizes a simple payback analysis for both lighting system improvement strategies at the D.D. Eisenhower Middle School. Included in this simplified payback analysis summary table is a ‘Return on Investment’ (ROI) values. This value is a performance measure used to evaluate the efficiency of an investment and is calculated by dividing the ‘return’ or savings associated with an investment by the total investment cost. ROI ratings can be utilized to prioritize the implementation of energy savings measures.

Table 4.1-1 D.D. Eisenhower Middle School Lighting System Improvements

Option 1 Option 2

Retrofit Cost (Material and Labor) $27,150 $65,024

New Jersey SmartStart Rebate -$4,705 -$4,705

Total Cost $22,445 $60,319

Annual Energy Savings $7,805 $18,394

Simple Payback 2.8 years 3.2 years

Return on Investment (ROI) 35% 30%


A 4-3

4.1.2 J.J. Catena Elementary School The existing lighting system at the J.J. Catena Elementary School consists of linear fluorescent, compact fluorescent, metal halide and incandescent fixtures. All of the linear fluorescent fixtures have energy efficient T-8 lamps with electronic ballasts, as discussed in Section 2.2.3. It is recommended that the small number of existing inefficient incandescent fixtures be replaced. In addition, it is recommended that the current indoor Metal Halide HID fixtures be replaced with T5 linear fluorescent fixtures for an increase in quality of light, light output, a decrease in energy consumption, and the ability to have instant on/instant off capabilities and that occupancy sensors be installed in select locations.

In general, the first strategy (Option 1) for a lighting upgrade project, involves replacing exit signs that utilize incandescent lamps with new LED exit signs, relamping and the installation of occupancy sensors. Please refer to Appendix D, for Lighting Retrofit Spreadsheet with the line-by-line proposed detailed lighting upgrades under Option 1.



With the implementation of Option 2, the annual energy savings are estimated to be 26.97 kW, 70,800 kWH and $11,611. In addition the project will generate annual maintenance savings from avoided costs related to changing lamps and ballasts. The following table, Table 4.1-2, summarizes a simple payback analysis for both lighting system improvement strategies at the J.J. Catena Elementary School.

Table 4.1-2

J.J. Catena Elementary School Lighting System Improvements Option 1 Option 2

Retrofit Cost (Material and Labor) $19,687 $44,215 New Jersey SmartStart Rebate -$3,115 -$3,115 Total Cost $16,572 $41,100 Annual Energy Savings $6,039 $11,611 Simple Payback 2.7 years 3.5 years Return on Investment (ROI) 36% 28%


A 4-4

4.1.3 C.T. Barkalow Middle School The existing lighting system at the C.T. Barkalow Middle School consists of linear fluorescent, compact fluorescent, metal halide, high pressure sodium and incandescent fixtures. All of the linear fluorescent fixtures have energy efficient T-8 lamps with electronic ballasts, as discussed in Section 2.3.3. It is recommended that the small number of existing inefficient incandescent fixtures be replaced. In addition, it is recommended that the current indoor Metal Halide HID fixtures be replaced with T5 linear fluorescent fixtures for an increase in quality of light, light output, a decrease in energy consumption, and the ability to have instant on/instant off capabilities.

In general, the first strategy (Option 1) for a lighting upgrade project involves relamping, installing energy-efficient lighting retrofit kits and electronic ballasts. Please refer to Appendix D, for Lighting Retrofit Spreadsheet with the line-by-line proposed detailed lighting upgrades under Option 1.




The following table, Table 4.1-3, summarizes a simple payback analysis for both lighting system improvement strategies at the C.T. Barkalow Middle School.

Table 4.1-3 C.T. Barkalow Middle School Lighting System Improvements

Option 1 Option 2

Retrofit Cost (Material and Labor) $44,291 $74,570 New Jersey SmartStart Rebate -$4,080 -$4,080 Total Cost $40,211 $70,490 Annual Energy Savings $5,763 $13,252 Simple Payback 7.0 years 5.3 years Return on Investment (ROI) 14% 19%


A 4-5

4.1.4 Early Childhood Learning Center The existing lighting system at the Early Childhood Learning Center consists of linear fluorescent, compact fluorescent, metal halide, high pressure sodium and incandescent fixtures. All of the linear fluorescent fixtures have energy efficient T-8 lamps with electronic ballasts, as discussed in Section 2.4.3. It is recommended that the small number of existing inefficient incandescent fixtures be replaced. In addition, it is recommended that the current indoor Metal Halide HID fixtures be replaced with T5 linear fluorescent fixtures for an increase in quality of light, light output, a decrease in energy consumption, and the ability to have instant on/instant off capabilities and the installation of occupancy sensors.

In general, the first strategy (Option 1) for a lighting upgrade project involves relamping, installing energy-efficient lighting retrofit kits and the installation of occupancy sensors in select locations. Please refer to Appendix D, for Lighting Retrofit Spreadsheet with the line-by-line proposed detailed lighting upgrades under Option 1.




The following table, Table 4.1-4, summarizes a simple payback analysis for both lighting system improvement strategies at the Early Childhood Learning Center.


A 4-6

Table 4.1-4 Early Childhood Learning Center Lighting System Improvements Option 1 Option 2



Total Cost $9,413 $21,930




4.1.5 M.W. Errickson Elementary School The existing lighting system at the M.W. Errickson Elementary School consists of linear fluorescent, compact fluorescent, metal halide and incandescent fixtures. All of the linear fluorescent fixtures have energy efficient T-8 lamps with electronic ballasts, as discussed in Section 2.5.3. It is recommended that the small number of existing inefficient incandescent fixtures be replaced and that occupancy sensors be installed in select locations.

In general, the first strategy (Option 1) for a lighting upgrade project involves relamping, installing energy-efficient lighting retrofit kits, electronic ballasts and the installation of occupancy sensors in select locations. Please refer to Appendix D, for Lighting Retrofit Spreadsheet with the line-by-line proposed detailed lighting upgrades under Option 1.





A 4-7

The following table, Table 4.1-5, summarizes a simple payback analysis for both lighting system improvement strategies at the M.W. Errickson Elementary School.

Table 4.1-5 M.W. Errickson Elementary School Lighting System

Improvements Option 1 Option 2


New Jersey SmartStart Rebate -$510 -$510

Total Cost $54,592 $88,647



Return on Investment (ROI) 8% 8.6%

4.1.6 Laura Donovan Elementary School The existing lighting system at the Laura Donovan Elementary School consists of linear fluorescent, compact fluorescent, metal halide, high pressure sodium and incandescent fixtures. All of the linear fluorescent fixtures have energy efficient T-8 lamps with electronic ballasts, as discussed in Section 2.6.3. It is recommended that the small number of existing inefficient incandescent fixtures be replaced. In addition, it is recommended that the current indoor Metal Halide HID fixtures be replaced with T5 linear fluorescent fixtures for an increase in quality of light, light output, a decrease in energy consumption, and the ability to have instant on/instant off capabilities and that occupancy sensors be installed in select locations.

In general, the first strategy (Option 1) for a lighting upgrade project involves relamping, installing electronic ballasts, replacing exit signs that utilize incandescent lamps with new LED exit signs and the installation of occupancy sensors. Please refer to Appendix D, for Lighting Retrofit Spreadsheet with the line-by-line proposed detailed lighting upgrades under Option 1.


In general, the second strategy (Option 2) for a lighting upgrade project is a more comprehensive project that involves replacing the existing 32-watt T8 lamps with new 28-watt T8 lamps, in addition to the recommendations of Option 1. Please refer to


A 4-8

Appendix E, for Lighting Retrofit Spreadsheet with the line-by-line proposed detailed lighting upgrades under Option 2.


The following table, Table 4.1-6, summarizes a simple payback analysis for both lighting system improvement strategies at the Laura Donovan Elementary School.

Table 4.1-6 Laura Donovan Elementary School Lighting System




Total Cost $16,811 $40,387




4.1.7 West Freehold Elementary School The existing lighting system at the West Freehold Elementary School consists of linear fluorescent, compact fluorescent, metal halide and incandescent fixtures. All of the linear fluorescent fixtures have energy efficient T-8 lamps with electronic ballasts, as discussed in Section 2.7.3. It is recommended that occupancy sensors be installed in select locations.

In general, the first strategy (Option 1) for a lighting upgrade project involves the installation of occupancy sensors in select locations. Please refer to Appendix D, for Lighting Retrofit Spreadsheet with the line-by-line proposed detailed lighting upgrades under Option 1.

With the implementation of Option 1, the annual energy savings are estimated to be 10,714 kWh and $1,705.

In general, the second strategy (Option 2) for a lighting upgrade project is a more comprehensive project that involves replacing the existing 32-watt T8 lamps with new 28-watt T8 lamps, in addition to the recommendations for occupancy sensors


A 4-9

presented in Option 1. Please refer to Appendix E, for Lighting Retrofit Spreadsheet with the line-by-line proposed detailed lighting upgrades under Option 2.

With the implementation of Option 2, the annual energy savings are estimated to be 31.97 kW, 76,535 kWH and $12,184.

The following table, Table 4.1-7, summarizes a simple payback analysis for both lighting system improvement strategies at the West Freehold Elementary School.

Table 4.1-7 West Freehold Elementary School Lighting System Improvements Option 1 Option 2


New Jersey SmartStart Rebate -$825 -$825

Total Cost $7,087 $41,622




4.1.8 C.R. Applegate Elementary School The existing lighting system at the C.R. Applegate Elementary School consists of linear fluorescent, compact fluorescent, metal halide and incandescent fixtures. All of the linear fluorescent fixtures have energy efficient T-8 lamps with electronic ballasts, as discussed in Section 2.8.3. It is recommended that the small number of inefficient incandescent fixtures be replaced, that the Metal Halide fixtures be replaced with T5 linear fluorescent fixtures and that occupancy sensors be installed in select locations.

In general, the first strategy (Option 1) for a lighting upgrade project involves relamping, installing energy-efficient lighting retrofit kits, electronic ballasts, replacing exit signs that utilize incandescent lamps with new LED exit signs and the installation of occupancy sensors. Please refer to Appendix D, for Lighting Retrofit Spreadsheet with the line-by-line proposed detailed lighting upgrades under Option 1.


In general, the second strategy (Option 2) for a lighting upgrade project is a more comprehensive project that involves replacing the existing 32-watt T8 lamps with new


A 4-10

28-watt T8 lamps, in addition to the recommendations for occupancy sensors presented in Option 1. Please refer to Appendix E, for Lighting Retrofit Spreadsheet with the line-by-line proposed detailed lighting upgrades under Option 2.

With the implementation of Option 2, the annual energy savings are estimated to be 29.76 kW, 72,321 kWH and $11.904. In addition, the project will generate annual maintenance savings from avoided costs related to changing lamps and ballasts.

The following table, Table 4.1-8, summarizes a simple payback analysis for both lighting system improvement strategies at the C.R. Applegate Elementary School.

Table 4.1-8 C.R. Applegate Elementary School Lighting System




Total Cost $18,231 $43,335




4.2 HVAC The goal of this section is to present any heating and cooling energy reduction and cost saving measures that may also be cost beneficial. Where possible, measures will be presented with a life-cycle cost analysis. This analysis displays a payback period based on weighing the capital cost of the measure against predicted annual fiscal savings. To do this, the buildings have been modeled as accurately as possible to predict energy usage for space heating and cooling, as well as domestic hot water use.

Each building is modeled using software called eQuest, a Department of Energy-sponsored energy modeling program, to establish a baseline space heating and cooling energy usage. Climate data from Freehold, NJ was used for analysis. Models are created to reflect the existing building and HVAC systems as accurately as possible based on data gathered during the audit. They are then calibrated to match, as closely as possible, the total annual energy usage for one year based on utility bills. Once the baseline model is established, particular components of the HVAC system or envelope may be changed in order to predict energy savings from potential energy reduction measures. Refer to Appendix C for model run summaries.


A 4-11

Once annual energy savings from a particular measure have been predicted and the initial capital cost has been estimated, a payback period may be approximated. Equipment cost estimate calculations are provided in Appendix H.

4.2.1 D.D. Eisenhower Middle School A model of the D.D. Eisenhower Middle School was created in eQuest to predict heating and cooling loads for the building. For the D.D. Eisenhower School, CDM received utility bills dated from February, 2008 through February, 2009.

Figure 4.2-1 compares the model-predicted natural gas usage with actual natural gas usage from February, 2008 through January, 2009.

Figure 4.2-1: D.D. Eisenhower Middle School Natural Gas Usage

The total annual predicted gas usage presented in Figure 4.2-1 was fairly close to the actual 2008-2009 gas usage. It becomes evident, however, that monthly usages during the first half of the year were quite a bit lower than predicted and monthly energy usages during the fall were higher than predicted. This trend was apparent in several models, indicating that perhaps the first half of 2008 was a bit warmer than normal, while the second half may have been cooler.

As the majority of the school is heated via electricity, the primary use of natural gas in the D.D. Eisenhower School is to heat the newer 2003 wing. Because this wing incorporates a newer HVAC system with high-efficiency boilers, CDM finds no energy savings measures related to gas-fired HVAC equipment in this school.


A 4-12

Figure 4.2-2 compares the model-predicted electricity usage with actual electricity usage, from February 2008 through January 2009.

Figure 4.2-2: D.D. Eisenhower Middle School Electricity Usage

It should be noted that the electricity usage predicted in Figure 4.2-2 represents all building electricity use, not just heating and cooling. To understand the impact energy savings measures will have on electricity usage, this chart must first be broken into categories. Based on information gathered about the building and HVAC system, eQuest can predict how much electricity is being used for what task (lighting, plug loads, heating, etc.). In Figure 4.2-3, an expected breakdown of electricity usage into such categories has been displayed. This categorical breakdown is based only on information available to CDM at the time of this audit, and should therefore be interpreted as an approximate, not exact, breakdown of electricity usage.


A 4-13

Figure 4.2-3: D.D. Eisenhower Middle School Predicted Electricity Usage Breakdown

CDM did not find any significant HVAC-related energy savings measures at the D.D. Eisenhower School.

Over several decades, ASHRAE has compiled data pertaining to service lives of most HVAC related equipment. From this, ASHRAE indicates a median service life (life until replacement) for HVAC related equipment that may be used as an estimate for the useful life of HVAC equipment currently in service. For example, ASHRAE indicates a window air conditioning unit has a median service life of 10 years. Therefore, if a window unit has been in service for more than 10 years, the owner may want to consider replacement. Not only will a replacement ensure minimal downtime between units (the unit is replaced before it ceases to function), but it will also maintain rated system efficiency, as efficiency tends to decrease with age.

All major equipment noted during CDM’s on site audit is listed in Table 4.2-1 below, along with estimated current ages and ASHRAE-expected service lives. It should be noted that only equipment that was observed at the time of the audit is included. Where equipment ages were not found on the equipment tags, they have been estimated based on the unit appearance.


A 4-14

Table 4.2-1 Eisenhower Middle School HVAC Equipment Service Lives

Description Service Location

Manufacturer Model Estimated Age

(Years)

ASHRAE Expected

Life (Years)

Rooftop Unit

524 Trane TCD048C40C 11 15

Rooftop Unit

Cafeteria Trane TEH480A4DDOB2HH1AH 11 15

Rooftop Unit

Guidance Trane TCD036C40CBC 11 15

Rooftop Unit

Work Room Trane TCD036C40CBC 11 15

Rooftop Unit

Gym Aaon RK‐16‐3‐EO‐000:H00JCA000SOB >20 15

Boiler 03 Wing Aerco KC 6 25


4.2.2 J.J. Catena Elementary School A model of the J.J. Catena Elementary School was created in eQuest.

Figure 4.2-4 compares the model-predicted natural gas usage with actual natural gas usage between February, 2008 and January, 2009.


A 4-15

Figure 4.2-4: J.J. Catena Elementary School Natural Gas Usage

CDM finds that the boiler serving the hot water system in the original building can be upgraded to a high-efficiency condensing boiler. With a high-efficiency condensing boiler, the hot water loop temperature may be decreased from approximately 180F to 100F, resulting in even lower energy usage.

Figure 4.2-5 compares current gas usage with predicted gas usage after upgrading to a high-efficiency condensing boiler. Fiscal savings from such an upgrade are then identified in Table 4.2-2 below.


A 4-16

Figure 4.2-5: J.J. Catena Elementary School Natural Gas Usage – Boiler Upgrade

Table 4.2-2: JJ Catena - Boiler Upgrade Payback

Predicted Annual Savings (Therms) 6,100

Total Annual Savings $7,625

Initial Capital Cost of Upgrade $114,281

Incentives $0

Cost of Upgrade $114,281

Simple Payback 15.0

Figure 4.2-6 displays model-predicted electricity usage compared with actual electricity usage from February 2008 through January 2009.


A 4-17

Figure 4.2-6: J.J. Catena Elementary School Electricity Usage

This predicted electrical usage may now be broken into major usage categories in Figure 4.2-7.

Figure 4.2-7: J.J. Catena Elementary School Predicted Electricity Usage Breakdown


A 4-18

During the site visit, CDM was informed that several of the rooftop units in the JJ Catena School operate 24 hours a day, 7 days a week. Installation of programmable thermostats with night setbacks for each unit would ensure that these units are not operating at full capacity when the building is unoccupied at night. This will also lessen the burden on the fans within the units, resulting in less electricity use and longer unit life. Energy and fiscal savings from such a measure are presented in Table 4.2-3.

Table 4.2-3: JJ Catena – Air Handler Control Change Payback


Corresponding Fiscal Savings $6,146

Predicted Annual Savings (kWh) 31,300




Incentives $0


Simple Payback 0.2

Table 4.2-3 above predicts savings from incorporating night setbacks into the gas-fired rooftop units servings rooms 231, 232, 234, 236, 238, 240, 242, 244, the faculty room, the gymnasium, and the cafeteria.

All major equipment noted during CDM’s on site audit is listed in Table 4.2-4 below, along with estimated current ages and ASHRAE-expected service lives. Again, it should be noted that only equipment that was observed at the time of the audit is included.


A 4-19

Table 4.2-4 JJ Catena Elementary HVAC Equipment Service Lives



(Years)

ASHRAE Expected

Life (Years)

Rooftop Unit

214A, 216A Lennox CHA16‐048‐1Y

<15 15

Rooftop Unit 216 Lennox CHA16‐024‐1P

<15 15

Rooftop Unit 214 Lennox CHA16‐030‐1P

<15 15

Rooftop Unit Offices Trane TCD075C40CBC

10 15

Rooftop Unit Library Trane TCH180B40BEA

10 15

Rooftop Unit 209 Trane TCD075C40GBC

10 15

Rooftop Unit Gym Trane GRBA70GFBB0L1GU305MONPW

10 15

Rooftop Unit Cafeteria Trane YCH480A4HD2B2JH1AFH

10 15

Rooftop Unit CST Trane TCC024F100BD

10 15

Rooftop Unit

Comp Room Trane TCH120C40FAB

10 15

Rooftop Unit 227 Trane TCC024F100BD

10 15

Rooftop Unit Art Rm Trane TCD075C40GBC

10 15

Rooftop Unit Art Rm Trane TCD075C40GBC

10 15

Rooftop Unit 204 Trane TCD075C40GBC

10 15

Rooftop Unit 244 Trane YCC060F4MOBF

10 15


10 15


10 15


10 15


10 15


10 15


10 15


A 4-20

Table 4.2-4 JJ Catena Elementary HVAC Equipment Service Lives


10 15

Rooftop Unit

Faculty Room Trane YCC060F4MOBF

10 15

Boiler Main Building HB Smith 3743-H

30 35


4.2.3 C.T. Barkalow Middle School A model of the C.T. Barkalow Middle School was created in eQuest.

Figure 4.2-8 compares the model-predicted natural gas usage with actual natural gas usage during 2008.

Figure 4.2-8: C.T. Barkalow Middle School Natural Gas Usage

CDM finds that the boiler serving the hot water system in the original building can be upgraded to a high-efficiency condensing boiler. Again, with such an upgrade, the hot water loop temperature may be decreased to 100F, resulting in even lower energy usage.


A 4-21

Figure 4.2-9 compares current gas usage with predicted gas usage after upgrading to a high-efficiency condensing boiler. Fiscal savings from such an upgrade are then identified in Table 4.2-3 below.

Figure 4.2-9: C.T. Barkalow Middle School Predicted Natural Gas Usage

Table 4.2-5: C.T. Barkalow Boiler Upgrade Payback




Incentives $0


Simple Payback 13.4

Figure 4.2-10 displays model-predicted electricity usage compared with actual electricity usage during 2008.


A 4-22

Figure 4.2-10: C.T. Barkalow Middle School Electricity Usage



A 4-23

Figure 4.2-11: C.T. Barkalow Middle School Predicted Electricity Usage Breakdown

Again, information presented in Figure 4.2-11 is for information purposes, as CDM finds no cost-effective HVAC-related recommendations to decrease electricity usage at this school.



A 4-24

Table 4.2-6 C.T. Barkalow Middle School HVAC Equipment Service Lives

Description Area Served


(Years)

ASHRAE Expected

Life (Years)

Rooftop Unit

Gym Aaon RK‐16‐EO‐000:H00JCA00000MOX <15 15

Rooftop Unit

2003 Wing McQuay RPS040CCY 6 15

Rooftop Unit

360 Trane YCD048C3LABF 11 15

Rooftop Unit


Rooftop Unit


Rooftop Unit

363 Trane YCD075C3LABE 11 15

Rooftop Unit


Rooftop Unit


Rooftop Unit

367 Trane YCD075C3LABE 11 15

Rooftop Unit

368 Trane YCD048C4HABF 11 15

Rooftop Unit

Cafeteria Trane Intellipak SFHFC504PR79C36D1011DKRTUY <15 15

Rooftop Unit

Music Room

Trane TCD048C40ABD <15 15

Rooftop Unit

Nurse’s Office

Trane TCD060C40ABD <15 15

Boiler Main Building

HB Smith 4087 H 40 35

Boiler Main Building

HB Smith 4087 H 40 35

Boiler 2003 Wing Aerco KC 6 25 Boiler 2003 Wing Aerco KC 6 25


A 4-25

4.2.4 Early Childhood Learning Center A model of the Early Childhood Learning Center was created in eQuest.


Figure 4.2-12: Early Childhood Learning Center Natural Gas Usage

CDM noted very little insulation on the attic floor of this building. The addition of R-21 batting insulation at the attic floor could provide significant energy savings, as less heat will be lost through the ceilings. Table 4.2-7 provides a payback estimate for adding insulation at the attic floor of the entire building.

Table 4.2-7: ECLC – Insulation at Attic Floor Payback

Predicted Annual Savings (Therms-Heating) 2,454



Incentives $0


Simple Payback 13.0


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Figure 4.2-13 compares the model-predicted electricity usage with actual electricity usage, from February, 2008 through January, 2009.

Figure 4.2-13: Early Childhood Learning Center Electricity Usage



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Figure 4.2-14: Early Childhood Learning Center Predicted Electricity Usage Breakdown

Again, Figure 4.2-14 is presented for information purposes. CDM finds no cost-effective HVAC-related recommendations to decrease electricity usage at this school.



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Table 4.2-8 Early Childhood Learning Center HVAC Equipment Service Lives



(Years)

ASHRAE Expected

Life (Years)

Attic Gym Trane L‐17 Climate Changer <15 15

Rooftop Unit 12A,13,13A,12 Trane TCD075C30CBC 11 15

Boiler Whole Building

HB Smith 28A‐S‐12 ~30 35

Boiler Whole Building

HB Smith 28A‐S‐12 ~30 35

4.2.5 M.W. Errickson Elementary School A model of the M.W. Errickson Elementary School was created in eQuest.

Figure 4.2-15 compares the model-predicted natural gas usage with actual natural gas usage between February, 2008 and January, 2009.

Figure 4.2-15: M.W. Errickson Elementary School Natural Gas Usage

It may be seen in Figure 4.2-15 that the gas usage in March was exceedingly high. This is likely the result of calculated, not measured, usages in previous months which are then compensated for during the actual usage measurement in March. Therefore, CDM has calibrated the model based on usage during the rest of the year.


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Figure 4.2-16 compares the model-predicted electricity usage with actual electricity usage, from February 2008 through January 2009. It can be seen that the electricity use in February was abnormally high. Again, CDM has calibrated the model based on usage during the rest of the year.

Figure 4.2-16: M.W. Errickson Elementary School Electricity Usage



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Figure 4.2-17: M.W. Errickson Elementary School Predicted Electricity Usage Breakdown

CDM finds that adding energy recovery ventilators with enthalpy wheels to the Mammoth packaged units serving the Library, 2nd&3rd grade wing, 3rd&4th grade wing, and 1st grade wing would provide significant savings in both electricity and natural gas. Table 4.2-9 indicates approximate savings from the addition of energy recovery ventilators.

Table 4.2-9: MW Errickson – Energy Recovery Ventilators Payback

Predicted Annual Savings (Therms-Heating) 1,200


Predicted Annual Savings (kWh-Cooling) 15,800




Incentives $0


Simple Payback 14.5


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CDM was told at the time of the audit that the Seasons 4 units serving the cafeteria and 5th grade wing already include heat recovery wheels.

CDM also noted that much of the building still utilizes single pane windows. Replacing these single pane windows with energy efficient double pane windows could be an option worth considering. CDM estimates that approximately 15% of the wall area is glazed, most of which is single pane. Based on this estimate, CDM predicts an annual savings from an upgrade to energy-efficient double pane windows of approximately 5,000 kWh and 300 therms, resulting in a total fiscal savings of $1,234. While this is likely not a 20 year payback, savings are presented for information purposes should the District choose to undertake such an upgrade in the future.


Table 4.2-10 Errickson Elementary HVAC Equipment Service Lives



(Years)

ASHRAE Expected

Life (Years)

AHU Library Mammoth DHEBFPC-322-G510-C415-MZ9 11 5

AHU 2nd & 3rd Gr Wing

Mammoth DHEBFPC-322-G510-C415-MZ10 11 15

AHU Café Seasons4 3SJK43-0452-MN6.4-10SE <15 15

AHU 3rd 4th Gr Wing

Mammoth DHEBFPC-322-G510-C415-MZ9 11 15

AHU 1st Gr Wing

Mammoth DHEBFPC-322-G510-C415-MZ9

11 15

AHU 5th Gr Wing

Seasons4 3MJG28-0352-MN6.0-12SE <15 15




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4.2.6 Laura Donovan Elementary School A model of the Laura Donovan Elementary School was created in eQuest.


Figure 4.2-18: Laura Donovan Elementary School Natural Gas Usage

Figure 4.2-19 compares the model-predicted electricity usage with actual electricity usage, from February 2008 through January 2009.


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Figure 4.2-19: Laura Donovan Elementary School Electricity Usage



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Figure 4.2-20: Laura Donovan Elementary School Predicted Electricity Usage Breakdown



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Table 4.2-11 Laura Donovan School HVAC Equipment Service Lives



(Years)

ASHRAE Expected

Life (Years)

Rooftop Unit 403C Trane TCD060C40CBC ~15 15

Rooftop Unit 427, 428 Trane YCD060C4HOBA 16 15 Rooftop Unit 427A &

B/RS Trane YCD060C4HOBA 16 15

Rooftop Unit 430SGC Trane TCD060C40CBC 15 15 Rooftop Unit 429, 428 Trane TCD060C40CBC 15 15 Rooftop Unit GYM Lennox LGC120SH1G <15 15 Rooftop Unit GYM Lennox LGC120SH1G <15 15 Rooftop Unit GYM Lennox LGC120SH1G <15 15 Rooftop Unit GYM Lennox LGC120SH1G <15 15 Rooftop Unit 452 Trane TCC024F100BD 11 15 Rooftop Unit STAGE Lennox LGC210SH1G 10 15 Condenser 403A -- RAC-33A >20 20 Rooftop Unit 404C Trane TCC018F100BD <15 15 Rooftop Unit Media

Center Trane YCD210C4LCBA 11 15

Rooftop Unit 437 Lennox LGA036SS2G <15 15 Rooftop Unit Cafeteria Trane SFHFC504PP45C37D1A01ABDEGRT6 <15 15

4.2.7 West Freehold Elementary School Due to the relatively unique nature of the West Freehold Elementary School HVAC system, CDM was not able to accurately model the school in eQuest. However, it is CDM’s assertion that this system is relatively efficient. CDM has therefore found no energy savings measures that will prove cost-effective.

As this school was constructed in 2004, all equipment is 5 years old or less. Therefore, no equipment should warrant replacement due to age in the near future.

4.2.8 Applegate Elementary School A model of the Applegate Elementary School was created in eQuest.

Figure 4.2-21 compares the model-predicted natural gas usage with actual natural gas usage during 2008.


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Figure 4.2-21: Applegate Elementary School Natural Gas Usage

Figure 4.2-22 compares the model-predicted electricity usage with actual electricity usage from 2008.

Figure 4.2-22: Applegate Elementary School Electricity Usage


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Figure 4.2-23: Applegate Elementary School Predicted Electricity Usage Breakdown

Similarly to the Errickson School, the Applegate Elementary School would likely benefit from the addition of heat recovery wheels to the major air handling systems. Table 4.2-12 indicates a potential enrgy savings from the addition of heat recovery wheels to the units serving the cafeteria, library, the 5th grade wing, and the three “pods”.


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Table 4.2-12: Applegate – Energy Recovery Ventilators Payback



Predicted Annual Savings (kWh) -5,510

Corresponding Fiscal Savings -$906



Incentives $0


Simple Payback 30.0

It can be seen that the addition of energy recovery ventilators may actually increase electrical demand of the system. The addition of a heat recovery wheel to an air system increases the static pressure drop (resistance to airflow) across the system. This must be compensated for by an increased ventilation demand (fans require more power to overcome the increased system pressure). So, while the ERVs will provide electrical energy savings by lowering the space cooling demand, this is offset by the increased ventilation electrical demand. In the Errickson School, the savings realized from space cooling exceeded the additional cost from increased ventilation. As seen in Table 4.2-6, this may not be the case in the Applegate School. Despite this, the ERV will ultimately provide savings by also lessening the burden on the school heating system, lowering the natural gas demand.

Again, CDM noted single pane windows in much of the building. Replacing these single pane windows with energy efficient double pane windows could be an option worth considering. CDM estimates that approximately 15% of the wall area is glazed, most of which is single pane. Based on this estimate, CDM predicts an annual savings of approximately 4,430 kWh and 289 therms, resulting in a total fiscal savings of $1,105. While this is likely not a 20 year payback, savings are presented for information purposes should the District choose to undertake such an upgrade in the future.



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Table 4.2-13 Applegate Elementary HVAC Equipment Service Lives

Description Service Location Manufacturer Model Estimated Age

(Years)

ASHRAE Expected

Life (Years)

Rooftop Unit

10, 11, 18, 31, art 15, media center 13 Petra PPH40

6 15

Rooftop Unit

22 through 29, 1st & 2nd grade pod rooms Petra PPH40

6 15

Rooftop Unit

Special Needs Wing, 44 through 50 Petra PPH40

6 15

AHU Gym Lennox DMS2-G275-560 20 15

AHU Lobby, Main hall, Office, Nurse, 36a, 36, 36d, 37, 44c Lennox DMS2-6275-60

20 15

AHU Stage, 40 Lennox DMS2‐G275‐560 20 15

Rooftop Unit Cafeteria Mammoth 20195‐02‐01

<15 15

Rooftop Unit

5th Grade Wing, Rooms 64 through 75 Mammoth 20195-01-01

<15 15

Rooftop Unit

4th and 5th grade pod, rooms 1 through 8 Petra PPH40

6 15

Boiler 2003 Wing Aerco KC Series 6 25 Boiler 2003 Wing Aerco KC Series 6 25

4.3 Photovoltaic Solar Energy System Photovoltaic (PV) cells convert energy in sunlight directly into electrical energy through the use of silicon semi conductors, diodes and collection grids. Several PV cells are then linked together in a single frame of module to become a solar panel. PV cells are able to convert the energy from the sun into electricity. The angle of inclination of the PV cells, the amount of sunlight available, the orientation of the panels, the amount of physical space available and the efficiency of the individual panels are all factors that affect the amount of electricity that is generated.

Based on the estimated cumulative total available roof area, calculations determine that the installation of a system at the eight (8) schools will be rated at approximately 974.85 kW (dc) and would generate an annual production of approximately 1,103,332 kWh (ac).


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As part of this energy audit, a preliminary engineering feasibility study of the sites outlined above to support solar generation facilities was completed consisting of the following tasks:

a. Site Visit by CDM engineers.

b. Satellite Image Analysis and Conceptual design and layout of the photovoltaic system

c. Design and construction cost estimates

d. Determine a preliminary design for the size and energy production of the solar system.

The total unobstructed available area of each section of the roof with southern exposure was evaluated. It is important to note the following:

1. The ages of the roofs vary greatly, even at specific schools because of additions. Ages are provided in the report where possible. The structural integrity of the roofs was not confirmed during the site visit. The schools may require some degree of roofing work prior to the implementation of a solar system. Both need to be addressed prior to the implementation of a PV system.

2. CDM site visits did identify schools with potential issues related to the existing electric service and the need for certain modifications to accommodate a PV system while being compliant with the National Electrical Code. These sites are noted below with language addressing schools requiring potential electric service modifications as part of the project.

3. In the case of the flat areas, the PV system sizing and kWh production was calculated assuming the installation of a crystalline module facing south direction and tilted approximately 10 degrees. Please note that the kWh production as well as system size may differ based on final panel tilt selected during the RFP and design phase.

4. The aggregate costs per kWh, as summarized in Section 3, was utilized in the economic analysis.

The following is a preliminary study on the feasibility of installing a PV solar system at the eight (8) schools in the Freehold Township School District to generate a portion of the facility’s electricity requirements. The system is designed to offset the electricity purchased from the local utility and not as a backup or emergency source of power.

In order to determine the best location for the installation of the PV solar system, a satellite image analysis and site walkthrough of the school district buildings was performed on May 26th. As per the Scope of Work, only the building roofs were considered for PV installation.


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Also, as part of the assessment CDM investigated possible locations for electrical equipment that need to be installed such as combiner boxes, disconnect switches and DC to AC inverters. Consideration was also given to locations of interconnection between the solar system and building’s electrical grid.

4.3.1 D.D. Eisenhower Middle School The school is comprised of three sections that have been added over time as student enrollment has increased. The roofs of the buildings are flat, with the exception of a cupola-type roof over the media center. This area was not considered for solar panels. In identifying suitable areas for solar panel installation, the number of rooftop units and the amount of gas and electrical piping in the area was taken into consideration. There appeared to be little to no shading from adjacent foliage in those areas deemed suitable for a solar installation.

The age of the various roofs is between 5 and 10 years old, depending on the section. Overall, the roofs of all buildings appear to be in good condition. The roofs appear to be of the membrane type (Carlisle EPDM). The structural integrity of each roof section was not confirmed. The overall situation with warranties and structural issues will need to be addressed prior to the implementation of a PV system. Because solar panels have the same useful life as a standard roof, the solar panels should be installed following a roof replacement if deemed necessary based on the ages of the existing roofs and any warranties that may still apply.

Based on the facility walkthrough and satellite image analysis, the estimated total available roof area would allow for the installation of a system rated at approximately 251.33 kW (dc).

Electrical Service The building has a dual-switch enclosure located outside, adjacent to the utility company transformer. The service is rated at 3000 amperes, 480/277 volt three-phase four-wire. This outdoor enclosure consists of the CT (metering section) and two disconnect switches, one rated at 1200 amperes that feeds the newer addition, and one rated at 1600 amperes that feeds the existing building. There is ground-fault protection installed for both switches. Because NEC requirements mandate ground-fault protection on this service, the PV system cannot be connected to the load side of either of the switches. A line-side connection would have to made between the CT section and one of the disconnects. While the back of the switchgear could not be opened during the inspection, it is likely that a line-side connection could be made at the rear of the cubicle and would have to be connected to the line side of the main. This would involve modification of the service to some extent in order to accommodate the interconnection point.

Space limitations in the electrical equipment rooms dictate that the inverters for these arrays would have to be located outside on concrete pads enclosed by a chain-link fence. It is possible that the inverters and primary disconnect switches could be installed adjacent to the existing service entrance switchgear. The inverters would be


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housed in NEMA 3R enclosures, and the AC wiring would run from the inverters into the connection point(s) at the switchboards. Any connection points would have to meet NEC and local utility requirements.

4.3.2 J.J. Catena Elementary School The roof of this building has a flat roof with a number of obstructions such as exhaust fans, rooftop HVAC units, and electrical and gas piping. There is a minimal amount of shading on the roof from adjacent foliage that would need to be addressed during the design phase of the project and which should be vetted out upon completion of a shading analysis. The older sections of the roof appear to be built-up while newer sections are of the membrane type. School personnel were unable to state if there are any existing warranties. The structural integrity of the roof was not confirmed although a visual inspection revealed no leaks or major defects. As stated earlier, the issues regarding structure and warranty need to be addressed prior to the implementation of a PV system.


Electrical Service This school is served by a 2,000 ampere, three-phase four-wire 480/277 volt service. There are two sub-main breakers: a 1200 ampere feeding the new MDP in the electrical equipment room, and an 800 ampere circuit breaker that feeds panel DPA. There are no available spaces for a load-side interconnection of the arrays. The interconnection point for the solar arrays will require a modification of the service entrance equipment wherein connections will have to be made between the two circuit breakers and the CT section of the switch board. There is no available space for the inverter to be installed within the electrical equipment room. The inverter would probably need to be installed outside on a concrete pad. The inverter would be housed in a NEMA 3R enclosure. The AC wiring would run from the inverters into the connection point(s) at the switchboard. Any connection points would have to meet NEC and local utility requirements.

4.3.3 C.T. Barkalow Middle School The school is composed of three sections. The center core roof has a great deal of HVAC equipment installed on it. The other areas have less roof-mounted equipment and are good areas for the installation of PV panels. There are various levels reflecting the additions to the building. The roofs are primarily of the membrane type and they all appear to be in good condition. School personnel could not confirm the age of the roof or if there are any existing warranties in place. The structural integrity of the roof areas was not confirmed although a visual inspection revealed no major defects.



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Electrical Service The building’s service is rated at 2000 amperes 480/277 volts three-phase, four-wire. There are two sub-main breakers, one rated at 1,200 amperes and one rated at 800 amperes. Both circuit breakers have ground-fault protection. NEC rules will not permit a load-side connection on services with ground-fault protection. Therefore, a line-side connection will have to be made for any proposed PV system. This would involve modification of the service entrance equipment between the CT enclosure and the first circuit breaker (800 ampere) in the enclosure sequence. There is no available space in the electrical equipment room for the inverter(s). The inverter(s) will probably have to be installed outside on a concrete pad. They will be housed in a NEMA 3R enclosure. One possible area for the inverter(s) could be near the outside door leading from the electrical equipment room. There appears to be sufficient space for a concrete pad enclosed by a chain-link fence. The AC output from the inverter(s) would then be run into the electrical equipment room and connected at the building’s service entrance equipment. Any connection points would have to meet NEC and local utility requirements.

4.3.4 Early Childhood Learning Center This building has roofs of different levels. They are a combination of asphalt shingles and built-up. The roof areas appear to be in good condition. There are some HVAC units and exhaust fans installed at various points on the roof. The roof is partially of the wooden truss design and is accessible through the attic hatch. The structural integrity of the roof was not confirmed and a visual inspection revealed no leaks or major defects. It is unknown how old the roof is or if there are any existing warranties in place. These issues, if any, will need to be addressed prior to the implementation of a PV system.


Electrical Service This building’s service is rated at 2000 amperes 120/208 volts three-phase, four-wire. There is no main circuit breaker as permitted under NEC rule 230.71. It would appear that a load-side connection would be permitted as there is no ground-fault protection on this service. There is one space in the main distribution panel that will take up to a 200-ampere circuit breaker. This is adequate for the load that would be generated by the solar equipment. The interconnection point would be made at that spare space. There is no room in the electrical equipment room to place the inverter(s). The inverter(s) would probably have to be installed outside on a concrete pad and housed in a NEMA 3R enclosure. The AC output wiring from the inverter would then be run into the electrical equipment room and connected at the main distribution panel for the building. Any connection points would have to meet NEC and local utility requirements.


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4.3.5 M.W. Errickson Elementary School The school has multi-level roofs of various ages. It is uncertain how old the original is, but it is known that one wing was installed in 1999, and the other addition was made in 2004. The roof areas are relatively unobstructed and are of the membrane type except for the 2004 addition, which is composed of asphalt shingles. All of the roof areas appeared to be in good condition. While no verification of the structural integrity of the roofs was made, a visual inspection revealed no leaks or major defects. It is unknown if warranties exist on the 1999 and older additions. These items will need to be addressed prior to the implementation of a PV system.


Electrical Service The building has a 2,500 ampere service at 480/277 volts, three-phase, four-wire. The switchgear has two sub-main switches, one rated at 1,600 amperes, and the other rated at 1,200 amperes. Both are Pringle bolted pressure switches with fuses. There does not appear to be ground-fault protection for either one of these devices. The distribution boards are composed of fusible switch-type disconnects. There are no available spares or spaces to make a PV interconnection. It will be necessary to modify the service switchgear between the CT section and the first 1600-ampere Pringle switch. It is possible that a line-side connection could be made at the rear of the switchgear on the busswork between the CT section and the Pringle switch. This should be determined during the final design phase of the project.

There is no space in the electrical equipment room for the inverter. The inverter would probably have to be installed outside on a concrete pad. The inverter will be housed in a NEMA 3R enclosure. There appears to be adequate spaces around the building to accommodate a concrete pad and chain-link fence for the inverter. The AC output from the inverter would run into the electrical equipment room for connection to the building’s switchgear. Any connection points would have to meet NEC code.

4.3.6 Laura Donovan Elementary School The school is composed of three wings of different ages. The roofs are membrane in some areas and asphalt shingles in the newest addition. The roof on the original section was installed in 1995; another two wings were added in 1999, and a third addition was built in 2004. It is unknown if any warranties are still in place on the ’95 and ’99 roofs. A visual inspection revealed no leaks or major defects on any of the roof areas. The structural integrity of the roof areas was not confirmed. Warranty issues and structural integrity will have to be addressed prior to the implementation of a PV system.

Based on the facility walkthrough and satellite image analysis, the estimated total available roof area would allow for the installation of a system rated at 158.14 kW (dc).


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Electrical Service The school has a 2000-ampere service rated at 480/277 volts, three-phase, four-wire. There are three sub-main breakers, one rated at 1200 amperes, one rated at 800 amperes, and one rated at 300 amperes. The 1200-amp-rated breaker has ground-fault protection. The service also has transient voltage surge suppression. The service will require modification in order to accommodate the proposed new PV system. A line-side connection will have to be made. There is the possibility that this could be done in the buss-splice section of the main switchgear, between the CT section and breaker section. This is dependent on available space in that compartment. This should be determined during the final design phase of the project.

There is no space in the electrical equipment room for the inverter(s). The inverter(s) would probably have to be installed outside on a concrete pad. The inverter(s) would be housed in NEMA 3R enclosures and placed on a concrete pad. A possible location could be on the same wall where the utility meter is located. There appears to be sufficient space to accommodate a concrete pad and chain-link fence. The AC output from the inverter(s) would run into the electrical equipment room and connect at some point into the building’s main distribution equipment. Any connection points would have to meet NEC and local utility requirements.

4.3.7 West Freehold Elementary School This school was completed in 2004. There are a number of wings around a “core” section. The pitched wing roofs are primarily asphalt shingles. The center (core) section has a flat membrane type roof that houses the bulk of the HVAC units. There is one roof area that is a slight dome; this is a standing seam metal design. Because the roofs are only 5 years old, it is believed that warranties are still in place. This has to be confirmed. While no study of the structural integrity of any of the roofs was made, there appeared to be no leaks or major defects.

Based on the facility walkthrough and satellite image analysis, the estimated total available roof area would allow for the installation of a system rated at approximately 55.10 kW (dc). This may seem small for such a large building, but it was observed during the site walkthrough that most of the pitched roofs face either north or east, thus making them poor candidates for PV panels.

Electrical Service The service for the school is rated at 2000 amperes, 480/277 volts, three-phase, four-wire. The service has ground-fault protection. As a result, a load-side connection will not be permitted under NEC rules. The service will have to be modified to accept a line-side connection. This work would involve having to relocate the CT section of the switchgear, because the CT section is located between the main circuit breaker and the main distribution panel. Any line-side connection made without this modification


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would result in the CTs actually metering the PV system output and applying it to kWh consumption and thus is it would actually be billed by the utility company. There is no space in the electrical equipment room for the inverter. The inverter would probably be installed outside on a concrete pad. The AC output wiring from the inverter would then be run into the electrical equipment room and connected at some point to the main distribution panel for the building. Any connection points would have to meet NEC and local utility requirements.

4.3.8 C.R. Applegate Elementary School The building has a number of levels for the roofs. Actual age of the main section is unknown. However it is known that one wing was added in 1999, and another was added in 2004. The roofs are all of the membrane type and a visual inspection revealed them to be in good condition. The structural integrity of the roof areas was not determined, and no leaks or major defects were found. The issue of warranties and structural integrity will need to be addressed prior to the implementation of a PV system.


Electrical Service The building’s service is rated at 2000 amperes, 480/277 volt, three-phase, four-wire. There is no main circuit breaker, rather there are four fused switches (2-800 ampere, one 600-ampere, and one 200-ampere). There is no ground-fault protection on this service. Under NEC rules, a load side connection would be permitted, however, there is no spare or space to install a switch. It would be necessary to modify the switchgear to accommodate a line-side connection. This would be done between the CT section and the first 800-ampere switch. There is no space in the electrical equipment room to install the inverter(s). The inverter(s) would probably have to be installed outside on concrete pads. The inverter(s) would be housed in NEMA 3R enclosures. The AC output wiring from the inverter(s) would then be run into the electrical equipment room and be connected at the main distribution panel for the building. Any connection points would have to meet NEC and local utility requirements.


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4.3.9 Basis for Conceptual Design The proposed Photovoltaic (PV) Power systems outlined above for each school are comprised of the PV arrays, inverter(s), combiner boxes, disconnect switches, and all of the necessary wiring and interconnection equipment. The solar panels will be mounted onto the roof. The array outputs will feed power into the DC to AC inverters. AC outputs will then be connected at each building’s electrical service as outlined above. Pending further engineering analysis of the roofs, it is yet to be determined if the solar arrays will be installed using a self-ballasting system, or roof penetration system, or a combination of both.

The most common roof mounted system is referred to as a (“fixed tilt”) system typically mounted to a metal rack that can be fixed at a specific angle. There are also (“tracking systems”) or movable along one or two axes to follow the position of the sun during the day. For a roof-mounted PV system, tracking systems are very rarely installed and are usually used for ground-mounted systems only, as they require more complex racks and higher maintenance costs. For the “fixed” system, the tilt is determined based on the following factors: geographical location, total targeted kWh production, seasonal electricity requirements and weather conditions such as wind. Ideally, the module tilt for Northern New Jersey should be 25-35 degrees with an azimuth as close as possible to 180 (south).

However, experience has shown that PV systems are typically installed at a tilt of 20 degrees or lower in order to avoid any issues with wind and to maximize total system size.

The type of PV panels and equipment used to mount the system shall be determined based on the wind conditions and structural integrity of the roof determined during the design phase of the project. In general, penetration/tie-down systems, non-penetrating ballasted type systems, or a combination of the two should be considered.

PV System Sizing The installation of a south facing, non-tracking, fixed tilt system for each building was investigated as part of this audit. The total size is estimated at approximately 974.85 kW dc. The calculations were based on a poly-crystalline panel such as Sharp ND-224U (rated at 224 watts dc) utilizing a 10-degree panel tilt. The azimuth ranges from 140 to 220 degrees.

Fixed Tilt System


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Calculation of PV System Yield An industry accepted software package, PV Watts, was used to calculate projected annual electrical production of the crystalline silicon PV system in its first year, as summarized in Table 4.3-1. The assumptions CDM used in the calculations were as follows: solar array tilt angle of 10°, array azimuth of 140° to 220° and a de-rate factor of 0.8. The energy savings generated by the installation of approximately 239.24 kW dc of photovoltaic power is estimated to be 277,491 kWh ac.

Table 4.3-1: Electrical Production from the 1st Year of the PV System

Site Number of Solar

Panels

Estimated Installed

Cost

1st

Year kWh

Production

Size (in kW dc)

Annual Energy Savings

Est. Annual SREC

D.D. Eisenhower 1,122 $1,631,500 286,690 251.33 $45,870 $114,676

J.J. Catena 410 $598,000 102,982 91.84 $16,477 $41,193

C.T. Barkalow 530 $773,500 135,138 118.72 $21,622 $54,055

Early Childhood Ctr 312 $455,000 80,936 69.89 $12,950 $32,374

M.W. Errickson 472 $682,500 120,959 105.73 $19,353 $48,384

Laura Donovan 706 $1,027,000 180,108 158.14 $28,817 $72,043

West Freehold 246 $357,500 65,997 55.10 $10,560 $26,399

C.R. Applegate 554 $806,000 130,522 124.10 $20,884 $52,209

Totals 4,352 $6,331,000 1,103,332 974.85 $176,533 $441,333

Please note: construction costs are only estimates based on historic data compiled from similar installations, and engineering opinion. Additional engineering and analysis is required to confirm the condition of the roofs, structural integrity of the roofs, the system type, sizing, costs and savings. Budget costs assume existing roofs are structurally sound, do not need to be replaced, and can accommodate a solar system.

As stated above the estimated installation costs are based on significant experience with the pricing of solar installations in New Jersey, and are intended to provide the District with a realistic budget cost. A typical solar installation can vary in cost from $5.00 - $10.00 per watt depending on size, complexity of the system, labor rates, etc. Approximately 60-70% of that number is material costs while the balance is labor, engineering, etc. Like any installation, certain conditions can affect a price upward or downward. For purposes of this analysis the estimated installation cost does not include any roofing or structural work which may be required to maintain warranties or for additional structural support. CDM has included a budget cost for the solar system installation, which includes soft costs and should cover some electrical modification work.


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Electric Generation The most obvious direct benefit of solar systems is that they generate electricity on site and result in reduced utility purchases. The following aggregate electrical rates were utilized in this analysis:

Service Location Aggregate $ / kW-hr D.D. Eisenhower Middle School $0.1626 J.J. Catena Elementary School $0.1640 C.T. Barkalow Middle School $0.1620 Early Childhood Learning Center $0.1628 M.W. Errickson Elementary School $0.1664 Laura Donovan Elementary School $0.1695 West Freehold Elementary School $0.1592 Applegate Elementary School $0.1646

In addition, the current design of solar panels can result in gradual decline of output efficiency. Although many systems show negligible decline after years of operation, this financial analysis assumes a 0.5% annual degradation in electric output.

Solar Renewable Energy Certificates As part of New Jersey’s Renewable Portfolio Standards (RPS), electric suppliers are required to have an annually-increasing percentage of their retail sales generated by solar energy. Electric suppliers fulfill this obligation by purchasing SRECs from the owners of solar generating systems. One SREC is created for every 1,000 kWh (1 MWh) of solar electricity generated. Although solar systems generate electricity and SRECs in tandem, the two are independent commodities and sold separately. The RPS, and creation of SRECs, is intended to provide additional revenue flow and financial support for solar projects in New Jersey.

CDM has assumed what is believed to be a conservative estimate of the market value of SRECs over a 15 year period. Over the first 5 years, CDM has assumed that the SREC value would be at 80% of the NJBPU market forecast. For years 6 through 9, CDM has assumed that the SREC value would be at 75% of the NJBPU market forecast. Finally, for the balance of the term, CDM has assumed that the SREC value would be at a floor of $350 per SREC. CDM believes these values to be conservative compared to recent market transactions. CDM knows of recent transactions in excess of $650 for 1 year, $550 for 4 years and $375 for 12 years. Should the winning developer have contracts in place, or a view of the market that SRECs will exceed CDM’s assumptions; the economics of the project will improve.

In addition, State law now requires that the utility must interconnect and net meter the photovoltaic system provided the system passes the local electrical inspection (National Electric Code) and meets the utility safety requirements as outlined in the law. Net metering is the term given which allows the utility meter to literally “spin backward” when the solar panels are producing more electricity than the building is


A 4-50

using. However, given the high electrical demand of the facility at most times, this scenario is unlikely to happen.

Financing options and potential financial incentives for Solar Projects are discussed in Section 7.

A 5-1

Section 5 Evaluation of Energy Purchasing and Procurement Strategies 5.1 Energy Deregulation In 1999, New Jersey State Legislature passed the Electric Discount & Energy Competition Act (EDECA) to restructure the electric power industry in New Jersey. This law, the deregulation of the market, allowed all consumers to shop for their electric supplier. The intent was to create a competitive market for electrical energy supply. As a result, utilities were allowed to charge Cost of Service and customers were given the ability to choose a third party supplier. Energy deregulation in New Jersey increased the energy buyers’ options by separating the function of electricity distribution from that of electricity supply.

Jersey Central Power and Lighting (JCP&L) is currently the generator and supplier of energy for the Freehold School District. JCP&L is one of seven subsidiaries of First Energy Corp., an energy company headquartered in Akron, Ohio. Energy deregulation creates the opportunity to choose your electric generation supplier. The benefit of this is the ability to choose a supplier based on what is important to you, for example, lowest rate or how the electric generation supply is produced.

To sell electric generation service in New Jersey, electric power suppliers must be licensed by the New Jersey Board of Public Utilities (NJ BPU). They must also be registered with the local public utility (JCP&L) to sell electric service in that utility’s service areas. The following suppliers are licensed with the NJ BPU and are registered to sell electric service in the JCP&L service territory:

Amerada Hess Corp

BOC Energy Services

Con Edison Solutions, Inc.

Constellation New Energy, Inc.

Direct Energy, LLC.

First Energy Solutions Corp.

Glacial Energy

Integrys Energy Service

Liberty Power

Pepco Energy Services, Inc.

Section 5 Evaluation of Energy Purchasing and Procurement Practices

A 5-2

PP&L Energy Plus, LLC.

Reliant Energy Solutions East, LLC.

Sempra Energy Solutions

South Jersey Energy

Strategic Energy LLC

Suez Energy Resources NA, Inc

UGI Energy Services

5.1.1 Alternate Third Party Electrical Energy Supplier In evaluating the potential for an alternative third party supplier, CDM contacted and requested quotes for electric service from Glacial Energy. The objective of which was to get an overall idea of whether or not switching electric energy suppliers is an avenue that the School District should pursue further to obtain electrical energy cost savings.

CDM received a proposal from Glacial Energy for electrical service to the eight (8) school buildings. This proposal is included in Appendix G.

Glacial Energy has proposed a flat rate retail cost per kWH over the next 12 month period for each service location. The following table, Table 5.1-1, summarizes the annual cost savings available based on historical energy consumption rates per location. The retail rates used in this analysis represent the baseline generation rates from the two suppliers and do not include any applicable demand charges, societal benefits charges, transmission charges, energy charges, reconciliation charges, transitional assessment charges or system control charges that were included in the aggregate rates presented in Section 3. These baseline generation rates, are used for comparison purposes to identify any potential cost savings, as all other applicable charges cannot be avoided by switching suppliers.

Section 5 Evaluation of Energy Purchasing and Procurement Practices

A 5-3

Table 5.1-1: Potential Energy Cost Savings with an Alternate Third Party Supplier – Glacial Energy

Service Location

Historical Annual

Consumption (kWH)

Annual Cost with JCP&L

Proposed Annual Cost with Glacial

Energy

Potential Annual Savings

D.D. Eisenhower MS

1,926,165

$228,712 ($0.11874/ kWH)

$185,451 ($0.09628/kWH)

$43,261

J.J Catena ES 1,034,978

$126,308 ($0.12204/kWH)

$100,186 ($0.09680/kWH)

$26,122

C.T. Barkalow MS

1,454,940 $177,808

($0.12221/kWH) $144,199

($0.09911/kWH) $33,609

ECLC 500,736

$61,250 ($0.12232/kWH)

$49,803 ($0.09946/kWH)

$11,447

M.W. Errickson ES

759,925 $94,116

($0.12385/kWH) $77,497

($0.10198/kWH) $16,619

Laura Donovan ES

1,344,566 $162,087

($0.12055/kWH) $132,829

($0.09879/kWH) $29,258

West Freehold ES

2,398,673 $297,195

($0.12390/kWH) $236,245

($0.09849/kWH) $60,950

Applegate ES 940,879

$119,359 ($0.12686/kWH)

$91,801 ($0.09757/kWH)

$27,558

Total Potential Annual Savings: $248,824

As energy cost savings are available by switching to a third party supplier, such as Glacial Energy, this is a recommended energy cost savings measure. The estimated annual cost savings available by switching all eight (8) services over to Glacial Energy is $248,823. CDM recommends that the Freehold School District investigate this opportunity further and compare proposals from alternate third party suppliers to obtain the lowest electrical energy rates available.

A 6-1

Section 6 Ranking of Energy Conservation and Retrofit Measures (ECRM) 6.1 ECRMs The main objective of this energy audit is to identify potential Energy Conservation and Retrofit Measures and to determine whether or not the identified ECRM’s are economically feasible to warrant the cost for planning and implementation of each measure. Economic feasibility of each identified measure was evaluated through a simple payback analysis. The simple payback analysis consists of establishing the Engineer’s Opinion of Probable Construction Cost estimates, O&M cost savings estimates, projected annual energy savings estimates and the potential value of New Jersey Clean Energy rebates or Renewable Energy Credits, if applicable. The simple payback period is then determined as the amount of time (years) until the energy savings associated with each measure amounts to the capital investment cost.

As discussed is Section 3, aggregate unit costs for electrical energy delivery and usage and natural gas delivery and usage, which accounts for all demand and tariff charges at each facility, was determined and utilized in the simple payback analyses.

In general, ECRMs having a payback period of 20 years or less have been recommended and only those recommended ECRMs within Section 4 of the report have been ranked for possible implementation. The most attractive rankings are those with the lowest simple payback period.

Ranking of ECRMs has been broken down into the following categories:

Lighting Systems

HVAC Systems

Solar Energy

6.1.1 Lighting Systems Table 6.1-1 includes a ranking of the recommended lighting system retrofits for each of the schools. It is recommended that Option 2 be implemented, which includes the replacement of the existing 32-watt T8 lamps with 28-watt T8 lamps, along with the measures of Option 1: the installation of energy-efficient lighting retrofit kits, electronic ballasts, energy-efficient luminaires and occupancy sensors in select areas. A detailed discussion on building lighting systems is presented in Section 4.1.

Section 6 Ranking of Energy Conservation and Retrofit Measures (ECRM)

A 6-2

Table 6.1-1 Ranking of Energy Savings Measures Summary – Lighting System Retrofits

Site Retrofit

Cost Incentives Total Cost

Annual Fiscal

Savings

Simple Payback (Years)

D.D. Eisenhower (Option 2) $65,024 -$4,705 $60,319 $18,394 3.2 Early Childhood Learning Center (Option 2) $23,410 -$1,480 $21,930 $6,430 3.4 West Freehold (Option 2) $42,447 -$825 $41,622 $12,184 3.4 J.J. Catena (Option 2) $44,215 -$3115 $41,100 $11,611 3.5 Applegate (Option 2) $45,380 -$2,045 $43,335 $11,904 3.6 Laura Donovan (Option 2) $43,542 -$3,155 $40,387 $11,858 3.7 C.T. Barkalow (Option 2) $74,570 -$4,080 $70,490 $13,252 5.3 M.W. Errickson (Option 2) $89,157 -$510 $88.647 $7,640 11.6

Project Totals $427,745 -$19,915 $93,273 PROJECT

TOTAL $407,830

Although Option 2 is recommended, as the lighting system retrofits included under Option 2 will provide for a more comprehensive project and greater energy savings, it is a more costly capital investment. For comparison purposes, Table 6.1-2 has been provided to rank the lighting system retrofits included under Option 1 for each of the schools.

Table 6.1-2 Ranking of Energy Savings Measures Summary – Lighting System Retrofits

Site Retrofit

Cost Incentives Total Cost

Annual Fiscal

Savings


J.J. Catena (Option 1) $19,687 -$3,115 $16,572 $6,039 2.7 D.D. Eisenhower (Option 1) $27,150 -$4,705 $22,445 $7,805 2.8 Laura Donovan (Option 1) $19,966 -$3,115 $16,811 $5,218 3.2 Applegate (Option 1) $20,276 -$2,045 $18,231 $5,575 3.3 Early Childhood Learning Center (Option 2) $10,893 -$1,480 $9,413 $2,431 3.9 West Freehold (Option 1) $7,912 -$825 $7,087 $1,705 4.2 C.T. Barkalow (Option 1) $44,291 -$4,080 $40,211 $5,763 7.0 M.W. Errickson (Option 1) $55,592 -$510 $54,592 $4,401 12.4

Project Totals $205,767 -$19,875 $38,937 PROJECT

TOTAL $185,892


A 6-3

6.1.2 HVAC Systems Table 6.1-2 includes rankings of all recommended ECRMs to provide energy savings for building HVAC systems, which provide a simple payback of less than 20 years. A detailed discussion on building HVAC systems is presented in Section 4.2.

Table 6.1-3

Ranking of Energy Savings Measures Summary – HVAC System Upgrades

Building & Measure Retrofit

Cost IncentivesTotal Cost

Annual Fiscal

Savings


JJ Catena – Air Handler Controls $2,245 $0 $2,245 $11,279 0.2 ECLC – Insulation at Attic Floor $39,525 $0 $39,525 $3,043 13.0 C.T. Barkalow – Boiler Upgrade $114,281 $0 $114,281 $8,556 13.4 MW Errickson - ERVs $61,410 $0 $61,410 $4,237 14.5 JJ Catena – Boiler Upgrade $114,281 $0 $114,281 $7,625 15.0

$331,742 $0 $34,740 PROJECT TOTAL $331,742

6.1.3 Solar Energy Implementation of a new solar energy system has been evaluated to determine the economic feasibility for furnishing and installing such systems for the Freehold Township School District buildings. Based on the simple payback modeling performed, it would benefit the District to further investigate installing the solar energy systems at each of the eight (8) schools. This is primarily based on the initial upfront capital investment required for a solar energy system installation and an acceptable payback period.

Two major factors influencing the project financial evaluation is the variance of the prevailing energy market conditions and Solar Renewable Energy Credit (SREC) rates, with the largest impact to the simple payback model being the SREC credit pricing.

Table 6.1-4, includes a ranking of the solar energy ECRMs for the District’s schools.


A 6-4

Table 6.1-4

Ranking of Energy Savings Measures – Solar Energy

Building Installation Cost

Annual SREC Credit

Annual Fiscal

Savings

Payback Period (Years)

West Freehold $357,500 $26,399 $10,560 9.7

Early Childhood Learning Center $455,000 $32,374 $12,950 10.0

M.W. Errickson $682,500 $48,384 $19,353 10.1

D.D. Eisenhower $1,631,500 $114,676 $45,870 10.2

Laura Donovan $1,027,000 $72,043 $28,817 10.2

C.T. Barkalow $773,500 $54,055 $21,622 10.2

J.J. Catena $598,000 $41,193 $16,477 10.4

C.R. Applegate $806,000 $52,209 $20,884 11.0

Totals $6,331,000 $441,333 $176,533

It should be noted that Federal and other tax incentives were not included in this simple payback model. Refer to Appendix F for a more detailed solar energy financing model.

A 7-1

Section 7 Available Grants, Incentives and Funding Sources 7.1 Solar Energy Incentives and Financial Options 7.1.1 Solar Renewable Energy Certificates As part of New Jersey’s Renewable Portfolio Standards (RPS), electric suppliers are required to have an annually-increasing percentage of their retail sales generated by solar energy. Electric suppliers fulfill this obligation by purchasing SRECs from the owners of solar generating systems. One SREC is created for every 1,000 kWh (1 MWh) of solar electricity generated. Although solar systems generate electricity and SRECs in tandem, the two are independent commodities and sold separately. The RPS, and creation of SRECs, is intended to provide additional revenue flow and financial support for solar projects in New Jersey.

We have assumed what we believe to be a conservative estimate of the market value of SRECs over a 15 year period. Over the first 5 years, we have assumed that the SREC value would be at 80% of the NJBPU market forecast. For years 6 through 9, we have assumed that the SREC value would be at 75% of the NJBPU market forecast. Finally, for the balance of the term, we have assumed that the SREC value would be at a floor of $350 per SREC. We believe these values to be conservative compared to recent market transactions. We know of recent transactions in excess of $650 for 1 year, $550 for 4 years and $375 for 12 years. Should the winning developer have contracts in place, or a view of the market that SRECs will exceed our assumptions; the economics of the project will improve.

In addition, State law now requires that the utility must interconnect and net meter your photovoltaic system provided your system passes the local electrical inspection (National Electric Code) and meets the utility safety requirements as outlined in the law. Net metering is the term given which allows your utility meter to literally “spin backward” when the solar panels are producing more electricity than the building is using. However, given the high electrical demand of the facility at most times, this scenario is unlikely to happen.

7.1.2 Financing Options for Solar Projects 1. Direct Purchase by SHSD – under this model, SHSD would fund the project

directly, and receive all of the financial benefits of a PV system directly.

2. Power Purchase Agreement (PPA) – under this model, a private, third party would invest all of the capital necessary to build, own, operate, and maintain the PV system. The third party would claim all of the financial benefits of the project, including federal tax incentives and accelerated depreciation benefits that public sector entities are not entitled to. SHSD would enter into a 15 or 20 year agreement to purchase power from the PV system at a rate guaranteed to be less

Section 7 Available Grants, Incentives and Funding Sources

A 7-2

than the cost of power from the utility. It should be noted that most PPAs require a minimum system size of approximately 300 kW on one building, so SHSD may not qualify for a PPA unless the system size can be increased.

Additional Potential Financial Incentives: Debt Service Aid - Based on the Education Facilities Construction and Financing Act signed into law in 2000, New Jersey Boards of Education are eligible for 40% debt service aid for eligible improvements to school facilities. It is anticipated that the installation of solar photovoltaic panels will be considered eligible improvements. Under this scenario the SHSD would be required to go to referendum for voter approval to gain access to debt service aid.

Clean Renewable Energy Bonds – The federal government made available $750 Million in federal income tax credit allotments in 2007-08 for local governments to support the installation of green energy generation systems including solar photovoltaic. Such allotments may provide for an interest- free loan for the issuer. The recent energy bill for 2008-09 did not include any provisions for this energy bond. However, industry experts expect some allotments will be included prior to execution of the final plan. Although there is no guarantee that SHSD will be awarded such allotments, we have included the calculation for illustration purposes. If the program is approved for 2008-09 an application will be submitted on behalf of the Somerset Hills Board of Education

7.2 New Jersey Clean Energy Program 7.2.1 Introduction New Jersey's Clean Energy Program (N JCEP) promotes increased energy efficiency and the use of clean, renewable sources of energy including solar, wind, geothermal, and sustainable biomass. The results for New Jersey are a stronger economy, less pollution, lower costs, and reduced demand for electricity. NJCEP offers financial incentives, programs, and services for residential, commercial, and municipal customers.

NJCEP reduces the need to generate electricity and burn natural gas which eliminates the pollution that would have been caused by such electric generation or natural gas usage. The benefits of these programs continue for the life of the measures installed, which on average is about 15 years. Thus, the public receives substantial environmental and public health benefits from programs that also lower energy bills and benefit the economy.

7.2.2 New Jersey Smart Start Program The New Jersey Smart Start Program offers rebate incentives for several qualifying equipment such as high efficient premium motors and lighting, and lighting controls.

Section 7 Available Grants, Incentives and Funding Sources

A 7-3

Incentive information and incentive calculation worksheets are provided for the various new equipment installation identified in this report and are included in Appendix G.

APPENDIX A

UTILITY BILL INFORMATION

Acct No. 220008871855 (SJE) Meter ‐ 00726662 (NJNG) Total BTUMonth Year kWh Measured Load (kW)

Feb‐08 2008 244800 701.8 1426.00 142600000 1240Mar‐08 2008 157440 770.2 899.00 89900000 782Apr‐08 2008 151680 459.2 422.00 42200000 367May‐08 2008 126720 388.8 623.00 62300000 542Jun‐08 2008 152960 452.2 355.00 35500000 309Jul‐08 2008 126400 280.3 281.00 28100000 244Aug‐08 2008 114560 295.7 548.00 54800000 477Sep‐08 2008 140480 422.1 971.00 97100000 845Oct‐08 2008 112000 363.8 1161.61 116161000 1010Nov‐08 2008 149440 473.9 1785.14 178514000 1553Dec‐08 2008 226880 636.5 2110.14 211014000 1835Jan‐09 2009 246720 677.8 2222.76 222276000 1933Feb‐09 2009 282560 735.4 1553.47 155347000 1351

Dwight D. Eisenhower School Square Footage: 114,979

Therms

Utility Bill ‐ Dwight D. Eisenhower Middle School

DateElectric Gas

BTU/SqftCustomer No. 0801870439 0000435756 (JCP&L)

Acct No. 143465222172Y (SJE) Meter ‐ 726426 (NJNG) Total BTUMonth Year kWh Measured Load (kW)

Feb‐08 2008 96320 232.6 8235.00 823500000 10829.11434Mar‐08 2008 65600 229.1 6361.00 636100000 8364.784009Apr‐08 2008 88000 246.1 2500.00 250000000 3287.527122May‐08 2008 106240 349.8 1904.00 190400000 2503.780656Jun‐08 2008 89600 351.4 158.00 15800000 207.7717141Jul‐08 2008 85120 365.8 143.00 14300000 188.0465514Aug‐08 2008 75200 233.6 470.00 47000000 618.055099Sep‐08 2008 97280 356.5 971.00 97100000 1276.875534Oct‐08 2008 87690 323.2 4197.29 419729000 5519.481886Nov‐08 2008 78720 223.4 8153.51 815351000 10721.95411Dec‐08 2008 104960 230.1 11074.46 1107446000 14563.03505Jan‐09 2009 69440 256 10398.21 1039821000 13673.75896Feb‐09 2009 102400 238.4 8319.92 831992000 10940.78506

J.J Catena Elementary School Square Footage: 76,045

Therms

Utility Bill ‐ J.J Catena Elementary School

DateElectric Gas


Acct No. 093418033524 (SJE) Meter ‐ G20066785 (NJNG) Total BTUMonth Year kWh Measured Load (kW)

Jan‐08 2008 14043.00 1404300000 12705Feb‐08 2008 126240 333.3 10346.00 1034600000 9360Mar‐08 2008 116960 333.4 6410.00 641000000 5799Apr‐08 2008 117920 343.4 4743.00 474300000 4291May‐08 2008 119680 397 1328.00 132800000 1201Jun‐08 2008 190.00 19000000 172Jul‐08 2008 125920 392 358.00 35800000 324Aug‐08 2008 160160 411.4 733.00 73300000 663Sep‐08 2008 145600 572.3 2103.00 210300000 1903Oct‐08 2008 104320 408.8 5153.72 515372000 4663Nov‐08 2008 98080 408.8 13061.99 1306199000 11817Dec‐08 2009 127520 331.5 15977.69 1597769000 14455Jan‐09 2009 108000 334.2 11054.86 1105486000 10001

C.T. Barkalow Middle School Square Footage: 110,533

Therms

Utility Bill ‐ C.T. Barkalow Middle School

DateElectric Gas



Feb‐08 2008 43200 109.9 7276.00 727600000 19582Mar‐08 2008 39680 105.6 5859.00 585900000 15769Apr‐08 2008 39520 112.6 3458.00 345800000 9307May‐08 2008 39200 121.4 2670.00 267000000 7186Jun‐08 2008 48160 182.6 457.00 45700000 1230Jul‐08 2008 52000 178.1 47.00 4700000 126Aug‐08 2008 48800 171.7 60.00 6000000 161Sep‐08 2008 48320 174.6 90.00 9000000 242Oct‐08 2008 33280 116.5 2267.00 226700000 6101Nov‐08 2008 35520 101.4 4113.85 411385000 11072Dec‐08 2008 45120 105.1 7988.80 798880000 21501Jan‐09 2009 37760 113.8 9044.93 904493000 24343Feb‐09 2009 55360 113.8 6738.59 673859000 18136

Early Childhood Learning Center Square Footage: 37,156

Therms

Utility Bill ‐ Early Childhood Learning Center

DateElectric Gas


Acct No. 033417221021 (SJE) Meter ‐ G28658723 (NJNG) Total BTUMonth Year kWh Measured Load (kW) kWh Measured Load (kW) kWh Measured Load

Feb‐08 2008 61400 243.2 137680 141.1 25 ‐ 5820.00 582000000 7449Mar‐08 2008 60000 184.4 28960 141.1 20 ‐ 16112.00 1611200000 20622Apr‐08 2008 67600 266.4 29040 112.2 19 ‐ 2826.00 282600000 3617May‐08 2008 74600 266.4 39840 117.7 19 ‐ 2321.00 232100000 2971Jun‐08 2008 97200 312.6 35920 139.3 12 ‐ 335.00 33500000 429Jul‐08 2008 103800 338.8 28320 103.8 10 ‐ 275.00 27500000 352Aug‐08 2008 74000 257.6 29440 109 11 ‐ 135.00 13500000 173Sep‐08 2008 84800 320.2 37200 140.6 12 ‐ 323.00 32300000 413Oct‐08 2008 57600 252.8 31360 133.3 13 ‐ 1648.20 164820000 2110Nov‐08 2008 48200 219.8 30800 106.6 13 ‐ 5781.62 578162000 7400Dec‐08 2008 57200 180.4 33440 85 135 ‐ 8045.77 804577000 10298Jan‐09 2009 48400 338.8 31040 86.9 132 ‐ 10364.47 1036447000 13266Feb‐09 2009 74200 184.4 150 ‐ 6826.49 682649000 8737

M.W. Errickson Elementary School Square Footage: 78,130

Therms

Meter G15112467Customer No. 0801870439 0003180480 (JCP&L)

Utility Bill ‐ M.W. Errickson Elementary School

DateMeter G28658723 Gas

BTU/SqftCustomer No. 0801870439 0000658424 (JCP&L)Meter G98739834

Customer No. 08018704390005355004


Feb‐08 2008 165440 611.2 2783.00 278300000 3638.336536Mar‐08 2008 106560 579.2 4162.00 416200000 5441.163013Apr‐08 2008 102080 422.4 1227.00 122700000 1604.110287May‐08 2008 85760 291.2 652.00 65200000 852.3878626Jun‐08 2008 96640 377.6 164.00 16400000 214.404309Jul‐08 2008 94400 403.2 597.00 59700000 780.4839785Aug‐08 2008 83520 297.6 138.00 13800000 180.413382Sep‐08 2008 87680 364.8 584.00 58400000 763.488515Oct‐08 2008 75840 297.6 612.00 61200000 800.0941287Nov‐08 2008 105600 470.4 1584.82 158482000 2071.903884Dec‐08 2008 159360 553.6 3517.48 351748000 4598.554078Jan‐09 2009 168960 585.6 3799.35 379935000 4967.054948Feb‐09 2009 211840 598.4 3919.98 391998000 5124.759776

Laura Donovan Elementary School Square Footage: 76,491

Therms

Utility Bill ‐ Laura Donovan Elementary School

DateElectric Gas

BTU/SqftCustomer No. 08018704390000474310 (JCP&L)


Feb‐08 2008 240000 594.7 4929.00 492900000 5477Mar‐08 2008 220640 480 3135.00 313500000 3483Apr‐08 2008 235520 571.8 734.00 73400000 816May‐08 2008 136640 412.5 464.00 46400000 516Jun‐08 2008 205280 523.5 26.00 2600000 29Jul‐08 2008 161120 343.4 21.00 2100000 23Aug‐08 2008 150880 343.4 25.00 2500000 28Sep‐08 2008 190240 491.8 148.00 14800000 164Oct‐08 2008 133600 400.3 1711.52 171152000 1902Nov‐08 2008 151520 573.1 9826.96 982696000 10919Dec‐08 2008 207680 538.4 7190.68 719068000 7990Jan‐09 2009 286080 623.8 8968.35 896835000 9965Feb‐09 2009 283360 623.4 5053.26 505326000 5615

West Freehold Elementary School Square Footage: 90,000

Therms

Utility Bill ‐West Freehold Elementary School

DateElectric Gas



Jan‐08 2008 87200 275.6 6668.00 666800000 8135Feb‐08 2008 83200 305.2 4816.00 481600000 5876Mar‐08 2008 74000 288 3358.00 335800000 4097Apr‐08 2008 78400 356 1154.00 115400000 1408May‐08 2008 100800 523.6 784.00 78400000 957Jun‐08 2008 63200 478 72.00 7200000 88Jul‐08 2008 80800 496.8 94.00 9400000 115Aug‐08 2008 82000 484 212.00 21200000 259Sep‐08 2008 84000 466 885.00 88500000 1080Oct‐08 2008 75600 358 2703.45 270345000 3298Nov‐08 2008 73600 416 6095.65 609565000 7437Dec‐08 2009 82000 416 8699.50 869950000 10614Jan‐09 2009 81200 275.6 7201.56 720156000 8786

Applegate Elementary School Square Footage: 81,963

ThermsCustomer No. 0801870439 0000389177 (JCP&L)

ElectricUtility Bill ‐ Applegate Elementary School

DateGas

BTU/Sqft

APPENDIX B

STATEMENT OF ENERGY PERFORMANCE SUMMARY SHEETS

PORTFOLIO MANAGER REFERENCE GUIDE

OMB No. 2060-0347

STATEMENT OF ENERGY PERFORMANCEDwight D Eisenhower Middle School

Building ID: 1765904 For 12-month Period Ending: December 31, 20081

Date SEP becomes ineligible: N/A Date SEP Generated: June 25, 2009

FacilityDwight D Eisenhower Middle School279 Burlington RoadFreehold, NJ 07728

Facility OwnerFreehold Township School District384 West Main Street Freehold, NJ 07728

Primary Contact for this FacilityIlene Tepper384 West Main Street Freehold, NJ 07728

Year Built: 1971Gross Floor Area (ft2): 114,979

Energy Performance Rating2 (1-100) 32

Site Energy Use Summary3

Electricity (kBtu) 5,877,222 Natural Gas (kBtu)4 1,101,699 Total Energy (kBtu) 6,978,921

Energy Intensity5 Site (kBtu/ft2/yr) 65 Source (kBtu/ft2/yr) 195 Emissions (based on site energy use) Greenhouse Gas Emissions (MtCO2e/year) 954 Electric Distribution Utility Jersey Central Power & Lt Co National Average Comparison National Average Site EUI 56 National Average Source EUI 167 % Difference from National Average Source EUI 17% Building Type K-12

School

Stamp of Certifying Professional

Based on the conditions observed at thetime of my visit to this building, I certify that

the information contained within thisstatement is accurate.

Meets Industry Standards6 for Indoor EnvironmentalConditions:Ventilation for Acceptable Indoor Air Quality N/A Acceptable Thermal Environmental Conditions N/A Adequate Illumination N/A

Certifying ProfessionalMatthew Goss15 British American Blvd Latham, NY 12110

Notes: 1. Application for the ENERGY STAR must be submitted to EPA within 4 months of the Period Ending date. Award of the ENERGY STAR is not final until approval is received from EPA.2. The EPA Energy Performance Rating is based on total source energy. A rating of 75 is the minimum to be eligible for the ENERGY STAR.3. Values represent energy consumption, annualized to a 12-month period.4. Natural Gas values in units of volume (e.g. cubic feet) are converted to kBtu with adjustments made for elevation based on Facility zip code.5. Values represent energy intensity, annualized to a 12-month period.6. Based on Meeting ASHRAE Standard 62 for ventilation for acceptable indoor air quality, ASHRAE Standard 55 for thermal comfort, and IESNA Lighting Handbook for lighting quality.

The government estimates the average time needed to fill out this form is 6 hours (includes the time for entering energy data, PE facility inspection, and notarizing the SEP) and welcomessuggestions for reducing this level of effort. Send comments (referencing OMB control number) to the Director, Collection Strategies Division, U.S., EPA (2822T), 1200 Pennsylvania Ave., NW,Washington, D.C. 20460.

EPA Form 5900-16

ENERGY STAR®

Data Checklistfor Commercial Buildings

In order for a building to qualify for the ENERGY STAR, a Professional Engineer (PE) must validate the accuracy of the data underlying the building's energyperformance rating. This checklist is designed to provide an at-a-glance summary of a property's physical and operating characteristics, as well as its total energyconsumption, to assist the PE in double-checking the information that the building owner or operator has entered into Portfolio Manager.

Please complete and sign this checklist and include it with the stamped, signed Statement of Energy Performance.NOTE: You must check each box to indicate that each value is correct, OR include a note.

CRITERION VALUE AS ENTERED INPORTFOLIO MANAGER VERIFICATION QUESTIONS NOTES

Building Name Dwight D Eisenhower

Middle School Is this the official building name to be displayed inthe ENERGY STAR Registry of LabeledBuildings?

Type K-12 School Is this an accurate description of the space inquestion?

Location 279 Burlington Road,Freehold, NJ 07728

Is this address accurate and complete? Correctweather normalization requires an accurate zipcode.

Single Structure Single Facility

Does this SEP represent a single structure? SEPscannot be submitted for multiple-buildingcampuses (with the exception of acute care orchildren's hospitals) nor can they be submitted asrepresenting only a portion of a building

Dwight D Eisenhower Middle School (K-12 School)


Gross Floor Area 114,979 Sq. Ft.

Does this square footage include all supportingfunctions such as kitchens and break rooms usedby staff, storage areas, administrative areas,elevators, stairwells, atria, vent shafts, etc. Alsonote that existing atriums should only include thebase floor area that it occupies. Interstitial(plenum) space between floors should not beincluded in the total. Finally gross floor area is notthe same as leasable space. Leasable space is asubset of gross floor area.

Open Weekends? Yes

Is this building normally open at all on theweekends? This includes activities beyond thework conducted by maintenance, cleaning, andsecurity personnel. Weekend activity couldinclude any time when the space is used forclasses, performances or other school orcommunity activities. If the building is open on theweekend as part of the standard schedule duringone or more seasons, the building should select?yes? for open weekends. The ?yes? responseshould apply whether the building is open for oneor both of the weekend days.

Number of PCs 337 Is this the number of personal computers in theK12 School?

Number of walk-inrefrigeration/freezer

units 0

Is this the total number of commercial walk-in typefreezers and coolers? These units are typicallyfound in storage and receiving areas.

Presence ofcooking facilities Yes

Does this school have a dedicated space in whichfood is prepared and served to students? If theschool has space in which food for students isonly kept warm and/or served to students, or hasonly a galley that is used by teachers and staffthen the answer is "no".

Percent Cooled 100 % Is this the percentage of the total floor spacewithin the facility that is served by mechanicalcooling equipment?

Percent Heated 100 % Is this the percentage of the total floor spacewithin the facility that is served by mechanicalheating equipment?

Page 1 of 4

Months N/A(Optional) Is this school in operation for at least 8 months ofthe year?

High School? No

Is this building a high school (teaching grades 10,11, and/or 12)? If the building teaches to highschool students at all, the user should check 'yes'to 'high school'. For example, if the school teachesto grades K-12 (elementary/middle and highschool), the user should check 'yes' to 'highschool'.

Page 2 of 4

ENERGY STAR®


Energy ConsumptionPower Generation Plant or Distribution Utility: Jersey Central Power & Lt Co

Fuel Type: Electricity

Meter: G15111588 (kWh)Space(s): Entire Facility

Start Date End Date Energy Use (kWh)

11/30/2008 12/29/2008 226,880.00

10/30/2008 11/29/2008 149,440.00

09/30/2008 10/29/2008 112,000.00

08/30/2008 09/29/2008 140,480.00

07/30/2008 08/29/2008 114,560.00

06/30/2008 07/29/2008 126,400.00

05/30/2008 06/29/2008 152,960.00

04/30/2008 05/29/2008 126,720.00

03/30/2008 04/29/2008 151,680.00

03/01/2008 03/29/2008 157,440.00

01/30/2008 02/29/2008 244,800.00

G15111588 Consumption (kWh) 1,703,360.00

G15111588 Consumption (kBtu) 5,811,864.32



11/30/2008 12/29/2008 377.00

10/30/2008 11/29/2008 560.00

09/30/2008 10/29/2008 4.00

08/30/2008 09/29/2008 186.00

07/30/2008 08/29/2008 277.00

06/30/2008 07/29/2008 252.00

05/30/2008 06/29/2008 290.00

04/30/2008 05/29/2008 302.00

03/30/2008 04/29/2008 283.00

03/01/2008 03/29/2008 540.00

01/30/2008 02/29/2008 145.00

G98739831 Consumption (kWh) 3,216.00

G98739831 Consumption (kBtu) 10,972.99

Total Electricity Consumption (kBtu) 5,822,837.31

Page 3 of 4

Is this the total Electricity consumption at this building including all Electricity meters?

Fuel Type: Natural Gas

Meter: 00726662 (therms)Space(s): Entire Facility

Start Date End Date Energy Use (therms)

11/14/2008 12/13/2008 1,785.14

10/14/2008 11/13/2008 1,161.61

09/14/2008 10/13/2008 655.00

08/14/2008 09/13/2008 548.00

07/14/2008 08/13/2008 281.00

06/14/2008 07/13/2008 355.00

05/14/2008 06/13/2008 623.00

04/14/2008 05/13/2008 422.00

03/14/2008 04/13/2008 899.00

02/14/2008 03/13/2008 1,426.00

01/14/2008 02/13/2008 1,636.00

00726662 Consumption (therms) 9,791.75

00726662 Consumption (kBtu) 979,175.00

Total Natural Gas Consumption (kBtu) 979,175.00

Is this the total Natural Gas consumption at this building including all Natural Gas meters?

Additional FuelsDo the fuel consumption totals shown above represent the total energy use of this building?Please confirm there are no additional fuels (district energy, generator fuel oil) used in this facility.

Certifying Professional (When applying for the ENERGY STAR, this must be the same PE that signed and stamped the SEP.)

Name: _____________________________________________ Date: _____________

Signature: ______________________________________ Signature is required when applying for the ENERGY STAR.

Page 4 of 4

FOR YOUR RECORDS ONLY. DO NOT SUBMIT TO EPA.

Please keep this Facility Summary for your own records; do not submit it to EPA. Only the Statement of Energy Performance(SEP), Data Checklist and Letter of Agreement need to be submitted to EPA when applying for the ENERGY STAR.

FacilityDwight D Eisenhower Middle School279 Burlington RoadFreehold, NJ 07728



General InformationDwight D Eisenhower Middle School

Gross Floor Area Excluding Parking: (ft2) 114,979 Year Built 1971 For 12-month Evaluation Period Ending Date: December 31, 2008

Facility Space Use SummaryDwight D Eisenhower Middle School

Space Type K-12 School

Gross Floor Area(ft2) 114,979

Open Weekends? Yes

Number of PCs 337

Number of walk-in refrigeration/freezerunits 0

Presence of cooking facilities Yes

Percent Cooled 100

Percent Heated 100

Monthso N/A

High School? No

School Districto N/A

Energy Performance ComparisonEvaluation Periods Comparisons

Performance Metrics Current(Ending Date 12/31/2008)

Baseline(Ending Date 12/31/2008) Rating of 75 Target National Average

Energy Performance Rating 32 32 75 N/A 50

Energy Intensity

Site (kBtu/ft2) 65 65 44 N/A 56

Source (kBtu/ft2) 195 195 130 N/A 167

Energy Cost

$/year $ 295,367.39 $ 295,367.39 $ 196,987.02 N/A $ 251,924.35

$/ft2/year $ 2.57 $ 2.57 $ 1.71 N/A $ 2.19

Greenhouse Gas Emissions

MtCO2e/year 954 954 636 N/A 814

kgCO2e/ft2/year 8 8 5 N/A 7

More than 50% of your building is defined as K-12 School. Please note that your rating accounts for all of the spaces listed. The National Average column presentsenergy performance data your building would have if your building had an average rating of 50. Notes:o - This attribute is optional.d - A default value has been supplied by Portfolio Manager.

OMB No. 2060-0347

STATEMENT OF ENERGY PERFORMANCEJJ Catena Elementary School



FacilityJJ Catena Elementary School275 Burlington RoadFreehold, NJ 07728








School








EPA Form 5900-16

ENERGY STAR®





Building Name JJ Catena Elementary

School Is this the official building name to be displayed inthe ENERGY STAR Registry of LabeledBuildings?


Location 275 Burlington Road,Freehold, NJ 07728




JJ Catena (K-12 School)




Open Weekends? Yes




units 0






Page 1 of 4


High School? No


Page 2 of 4

ENERGY STAR®






11/30/2008 12/29/2008 104,960.00

10/30/2008 11/29/2008 78,720.00

09/30/2008 10/29/2008 87,680.00

08/30/2008 09/29/2008 97,280.00

07/30/2008 08/29/2008 75,200.00

06/30/2008 07/29/2008 85,120.00

05/30/2008 06/29/2008 89,600.00

04/30/2008 05/29/2008 106,240.00

03/30/2008 04/29/2008 88,000.00

03/01/2008 03/29/2008 65,600.00

01/30/2008 02/29/2008 96,320.00








11/11/2008 12/10/2008 8,153.51

10/11/2008 11/10/2008 4,197.29

09/11/2008 10/10/2008 971.00

08/11/2008 09/10/2008 470.00

07/11/2008 08/10/2008 143.00

06/11/2008 07/10/2008 158.00

05/11/2008 06/10/2008 1,904.00

04/11/2008 05/10/2008 2,500.00

03/11/2008 04/10/2008 6,361.00

02/11/2008 03/10/2008 8,235.00

Page 3 of 4

01/11/2008 02/10/2008 22,390.00


00726426 Consumption (kBtu) 5,548,280.00

Total Natural Gas Consumption (kBtu) 5,548,280.00




Name: _____________________________________________ Date: _____________


Page 4 of 4



FacilityJJ Catena Elementary School275 Burlington RoadFreehold, NJ 07728



General InformationJJ Catena Elementary School


Facility Space Use SummaryJJ Catena



Open Weekends? Yes

Number of PCs 337



Percent Cooled 90

Percent Heated 100

Monthso N/A

High School? No






Energy Intensity

Site (kBtu/ft2) 133 133 77 N/A 98

Source (kBtu/ft2) 248 248 144 N/A 184

Energy Cost

$/year $ 238,754.42 $ 238,754.42 $ 138,477.56 N/A $ 177,092.71

$/ft2/year $ 3.14 $ 3.14 $ 1.82 N/A $ 2.33


MtCO2e/year 844 844 490 N/A 626



OMB No. 2060-0347

STATEMENT OF ENERGY PERFORMANCECT Barkalow Middle School



FacilityCT Barkalow Middle School498 Stillwells Corner RoadFreehold, NJ 07728







Energy Intensity5 Site (kBtu/ft2/yr) 106 Source (kBtu/ft2/yr) 216 Emissions (based on site energy use) Greenhouse Gas Emissions (MtCO2e/year) 1,060 Electric Distribution Utility Jersey Central Power & Lt Co National Average Comparison National Average Site EUI 88 National Average Source EUI 179 % Difference from National Average Source EUI 21% Building Type K-12

School








EPA Form 5900-16

ENERGY STAR®





Building Name CT Barkalow Middle School Is this the official building name to be displayed inthe ENERGY STAR Registry of LabeledBuildings?


Location 498 Stillwells Corner Road,

Freehold, NJ 07728 Is this address accurate and complete? Correctweather normalization requires an accurate zipcode.



CT Barkalow Middle School (K-12 School)




Open Weekends? Yes




units 3






Page 1 of 4


High School? No


Page 2 of 4

ENERGY STAR®






11/23/2008 12/22/2008 127,520.00

10/23/2008 11/22/2008 98,080.00

09/23/2008 10/22/2008 104,320.00

08/23/2008 09/22/2008 145,600.00

07/23/2008 08/22/2008 160,160.00

06/23/2008 07/22/2008 125,920.00

05/23/2008 06/22/2008 129,973.00

04/23/2008 05/22/2008 119,680.00

03/23/2008 04/22/2008 117,920.00

02/23/2008 03/22/2008 116,960.00

01/23/2008 02/22/2008 126,240.00





11/23/2008 12/22/2008 91.00

10/23/2008 11/22/2008 156.00

09/23/2008 10/22/2008 147.00

08/23/2008 09/22/2008 113.00

07/23/2008 08/22/2008 99.00

06/23/2008 07/22/2008 115.00

05/23/2008 06/22/2008 83.00

04/23/2008 05/22/2008 37.00

03/23/2008 04/22/2008 40.00

02/23/2008 03/22/2008 37.00

01/23/2008 02/22/2008 38.00

G20066785 Consumption (kWh) 956.00

G20066785 Consumption (kBtu) 3,261.87


Page 3 of 4





11/25/2008 12/24/2008 13,061.99

10/25/2008 11/24/2008 5,153.72

09/25/2008 10/24/2008 2,103.00

08/25/2008 09/24/2008 733.00

07/25/2008 08/24/2008 358.00

06/25/2008 07/24/2008 190.00

05/25/2008 06/24/2008 1,328.00

04/25/2008 05/24/2008 4,743.00

03/25/2008 04/24/2008 6,410.00

02/25/2008 03/24/2008 10,346.00

01/25/2008 02/24/2008 14,043.00







Name: _____________________________________________ Date: _____________


Page 4 of 4



FacilityCT Barkalow Middle School498 Stillwells Corner RoadFreehold, NJ 07728



General InformationCT Barkalow Middle School


Facility Space Use SummaryCT Barkalow Middle School



Open Weekends? Yes

Number of PCs 337



Percent Cooled 90

Percent Heated 100

Monthso N/A

High School? No






Energy Intensity

Site (kBtu/ft2) 106 106 69 N/A 88

Source (kBtu/ft2) 216 216 140 N/A 179

Energy Cost

$/year $ 328,346.74 $ 328,346.74 $ 212,534.40 N/A $ 271,788.67

$/ft2/year $ 2.97 $ 2.97 $ 1.92 N/A $ 2.46


MtCO2e/year 1,060 1,060 686 N/A 877



OMB No. 2060-0347

STATEMENT OF ENERGY PERFORMANCEEarly Childhood Learning Center



FacilityEarly Childhood Learning Center510 Stillwells Corner RoadFreehold, NJ 07728








School








EPA Form 5900-16

ENERGY STAR®





Building Name Early Childhood Learning

Center Is this the official building name to be displayed inthe ENERGY STAR Registry of LabeledBuildings?


Location 510 Stillwells Corner Road,




Early Chilldhood Learning Center (K-12 School)




Open Weekends? Yes




units 0






Page 1 of 4


High School? No


Page 2 of 4

ENERGY STAR®






11/23/2008 12/22/2008 45,120.00

10/23/2008 11/22/2008 35,520.00

09/23/2008 10/22/2008 33,280.00

08/23/2008 09/22/2008 48,320.00

07/23/2008 08/22/2008 48,800.00

06/23/2008 07/22/2008 52,000.00

05/23/2008 06/22/2008 48,160.00

04/23/2008 05/22/2008 39,200.00

03/23/2008 04/22/2008 39,520.00

02/23/2008 03/22/2008 39,680.00

01/23/2008 02/22/2008 43,200.00








11/25/2008 12/24/2008 7,988.80

10/25/2008 11/24/2008 4,113.85

09/25/2008 10/24/2008 2,267.00

08/25/2008 09/24/2008 90.00

07/25/2008 08/24/2008 60.00

06/25/2008 07/24/2008 47.00

05/25/2008 06/24/2008 457.00

04/25/2008 05/24/2008 2,670.00

03/25/2008 04/24/2008 3,458.00

02/25/2008 03/24/2008 5,859.00

Page 3 of 4

01/25/2008 02/24/2008 7,276.00







Name: _____________________________________________ Date: _____________


Page 4 of 4



FacilityEarly Childhood Learning Center510 Stillwells Corner RoadFreehold, NJ 07728



General InformationEarly Childhood Learning Center


Facility Space Use SummaryEarly Chilldhood Learning Center



Open Weekends? Yes

Number of PCs 337



Percent Cooled 100

Percent Heated 100

Monthso N/A

High School? No






Energy Intensity

Site (kBtu/ft2) 151 151 109 N/A 139

Source (kBtu/ft2) 267 267 191 N/A 245

Energy Cost

$/year $ 142,971.93 $ 142,971.93 $ 102,633.93 N/A $ 131,247.19

$/ft2/year $ 3.85 $ 3.85 $ 2.76 N/A $ 3.53


MtCO2e/year 445 445 319 N/A 409



OMB No. 2060-0347

STATEMENT OF ENERGY PERFORMANCEMW Errickson Elementary School



FacilityMW Errickson Elementary School271 Elton Adelphia RoadFreehold, NJ 07728








School








EPA Form 5900-16

ENERGY STAR®





Building Name MW Errickson Elementary



Location 271 Elton Adelphia Road,




MW Errickson (K-12 School)




Open Weekends? Yes




units 0






Page 1 of 5


High School? No


Page 2 of 5

ENERGY STAR®






11/25/2008 12/24/2008 57,200.00

10/25/2008 11/24/2008 48,200.00

09/25/2008 10/24/2008 57,600.00

08/25/2008 09/24/2008 84,800.00

07/25/2008 08/24/2008 74,000.00

06/25/2008 07/24/2008 103,800.00

05/25/2008 06/24/2008 97,200.00

04/25/2008 05/24/2008 74,600.00

03/25/2008 04/24/2008 67,600.00

02/25/2008 03/24/2008 60,000.00

01/25/2008 02/24/2008 61,400.00





11/25/2008 12/24/2008 57,200.00

10/25/2008 11/24/2008 48,200.00

09/25/2008 10/24/2008 57,600.00

08/25/2008 09/24/2008 84,800.00

07/25/2008 08/24/2008 74,000.00

06/25/2008 07/24/2008 103,800.00

05/25/2008 06/24/2008 97,200.00

04/25/2008 05/24/2008 74,600.00

03/25/2008 04/24/2008 67,600.00

02/25/2008 03/24/2008 60,000.00

01/25/2008 02/24/2008 61,400.00




Page 3 of 5


11/25/2008 12/24/2008 135.00

10/25/2008 11/24/2008 13.00

09/25/2008 10/24/2008 13.00

08/25/2008 09/24/2008 12.00

07/25/2008 08/24/2008 11.00

06/25/2008 07/24/2008 10.00

05/25/2008 06/24/2008 12.00

04/25/2008 05/24/2008 19.00

03/25/2008 04/24/2008 19.00

02/25/2008 03/24/2008 20.00

01/25/2008 02/24/2008 25.00

G98739834 Consumption (kWh) 289.00

G98739834 Consumption (kBtu) 986.07






12/01/2008 12/30/2008 8,045.77

10/31/2008 11/30/2008 5,781.62

10/01/2008 10/30/2008 1,648.02

08/31/2008 09/30/2008 323.00

07/31/2008 08/30/2008 135.00

07/01/2008 07/30/2008 275.00

05/31/2008 06/30/2008 335.00

05/01/2008 05/30/2008 2,321.00

03/31/2008 04/30/2008 2,826.00

03/01/2008 03/30/2008 16,112.00

01/31/2008 02/29/2008 5,820.00







Page 4 of 5

Name: _____________________________________________ Date: _____________


Page 5 of 5



FacilityMW Errickson Elementary School271 Elton Adelphia RoadFreehold, NJ 07728



General InformationMW Errickson Elementary School


Facility Space Use SummaryMW Errickson



Open Weekends? Yes

Number of PCs 337



Percent Cooled 100

Percent Heated 100

Monthso N/A

High School? No






Energy Intensity

Site (kBtu/ft2) 135 135 63 N/A 81

Source (kBtu/ft2) 312 312 146 N/A 187

Energy Cost

$/year $ 333,772.25 $ 333,772.25 $ 155,995.28 N/A $ 199,484.73

$/ft2/year $ 4.27 $ 4.27 $ 2.00 N/A $ 2.55


MtCO2e/year 1,063 1,063 497 N/A 635



OMB No. 2060-0347

STATEMENT OF ENERGY PERFORMANCELaura Donovan Elementary School



FacilityLaura Donovan Elementary School237 Stonehurst BlvdFreehold, NJ 07728






Natural Gas (kBtu)4 1,687,922 Electricity (kBtu) 4,116,519 Total Energy (kBtu) 5,804,441


School








EPA Form 5900-16

ENERGY STAR®





Building Name Laura Donovan Elementary



Location 237 Stonehurst Blvd,Freehold, NJ 07728




Laura Donovan Elementary School (K-12 School)




Open Weekends? Yes




units 0






Page 1 of 4


High School? No


Page 2 of 4

ENERGY STAR®






11/24/2008 12/23/2008 159,360.00

10/24/2008 11/23/2008 105,600.00

09/24/2008 10/23/2008 75,840.00

08/24/2008 09/23/2008 87,680.00

07/24/2008 08/23/2008 83,520.00

06/24/2008 07/23/2008 94,400.00

05/24/2008 06/23/2008 96,640.00

04/24/2008 05/23/2008 85,760.00

03/24/2008 04/23/2008 102,080.00

02/24/2008 03/23/2008 106,560.00

01/24/2008 02/23/2008 165,440.00








11/25/2008 12/24/2008 3,517.48

10/25/2008 11/24/2008 1,584.82

09/25/2008 10/24/2008 612.00

08/25/2008 09/24/2008 584.00

07/25/2008 08/24/2008 138.00

06/25/2008 07/24/2008 597.00

05/25/2008 06/24/2008 164.00

04/25/2008 05/24/2008 652.00

03/25/2008 04/24/2008 1,227.00

02/25/2008 03/24/2008 4,162.00

Page 3 of 4

01/25/2008 02/24/2008 2,783.00







Name: _____________________________________________ Date: _____________


Page 4 of 4



FacilityLaura Donovan Elementary School237 Stonehurst BlvdFreehold, NJ 07728



General InformationLaura Donovan Elementary School


Facility Space Use SummaryLaura Donovan Elementary School



Open Weekends? Yes

Number of PCs 337



Percent Cooled 100

Percent Heated 100

Monthso N/A

High School? No






Energy Intensity

Site (kBtu/ft2) 81 81 55 N/A 70

Source (kBtu/ft2) 216 216 147 N/A 188

Energy Cost

$/year $ 228,147.88 $ 228,147.88 $ 155,232.02 N/A $ 198,507.29

$/ft2/year $ 2.98 $ 2.98 $ 2.03 N/A $ 2.59


MtCO2e/year 717 717 488 N/A 624



OMB No. 2060-0347

STATEMENT OF ENERGY PERFORMANCEWest Freehold Elementary School



FacilityWest Freehold Elementary School100 Castronova WayFreehold, NJ 07728








School








EPA Form 5900-16

ENERGY STAR®





Building Name West Freehold Elementary



Location 100 Castronova Way,Freehold, NJ 07728




West Freehold Elementary School (K-12 School)




Open Weekends? Yes




units 0






Page 1 of 4


High School? No


Page 2 of 4

ENERGY STAR®






11/23/2008 12/22/2008 207,680.00

10/23/2008 11/22/2008 151,520.00

09/23/2008 10/22/2008 133,600.00

08/23/2008 09/22/2008 190,240.00

07/23/2008 08/22/2008 150,880.00

06/23/2008 07/22/2008 161,120.00

05/23/2008 06/22/2008 205,280.00

04/23/2008 05/22/2008 136,640.00

03/23/2008 04/22/2008 235,520.00

02/23/2008 03/22/2008 220,640.00

01/23/2008 02/22/2008 240,000.00








11/10/2008 12/09/2008 9,826.96

10/10/2008 11/09/2008 1,711.52

09/10/2008 10/09/2008 148.00

08/10/2008 09/09/2008 25.00

07/10/2008 08/09/2008 21.00

06/10/2008 07/09/2008 26.00

05/10/2008 06/09/2008 464.00

04/10/2008 05/09/2008 734.00

03/10/2008 04/09/2008 3,135.00

02/10/2008 03/09/2008 4,929.00

Page 3 of 4

01/10/2008 02/09/2008 7,252.00







Name: _____________________________________________ Date: _____________


Page 4 of 4



FacilityWest Freehold Elementary School100 Castronova WayFreehold, NJ 07728



General InformationWest Freehold Elementary School


Facility Space Use SummaryWest Freehold Elementary School



Open Weekends? Yes

Number of PCs 337



Percent Cooled 100

Percent Heated 100

Monthso N/A

High School? No






Energy Intensity

Site (kBtu/ft2) 123 123 53 N/A 68

Source (kBtu/ft2) 324 324 140 N/A 179

Energy Cost

$/year $ 385,690.72 $ 385,690.72 $ 166,357.34 N/A $ 212,719.22

$/ft2/year $ 4.29 $ 4.29 $ 1.85 N/A $ 2.37


MtCO2e/year 1,277 1,277 551 N/A 704



OMB No. 2060-0347

STATEMENT OF ENERGY PERFORMANCEApplegate Elementary School



FacilityApplegate Elementary School47 Jeanne Brennan Drive Freehold, NJ 07728






Natural Gas (kBtu)4 2,740,336 Electricity (kBtu) 3,228,721 Total Energy (kBtu) 5,969,057

Energy Intensity5 Site (kBtu/ft2/yr) 76 Source (kBtu/ft2/yr) 172 Emissions (based on site energy use) Greenhouse Gas Emissions (MtCO2e/year) 637 Electric Distribution Utility Jersey Central Power & Lt Co National Average Comparison National Average Site EUI 82 National Average Source EUI 184 % Difference from National Average Source EUI -7% Building Type K-12

School








EPA Form 5900-16

ENERGY STAR®





Building Name Applegate Elementary



Location 47 Jeanne Brennan Drive ,




Applegate Elementary School (K-12 School)




Open Weekends? Yes




units 0






Page 1 of 4


High School? No


Page 2 of 4

ENERGY STAR®






11/08/2008 12/07/2008 73,600.00

10/08/2008 11/07/2008 75,600.00

09/08/2008 10/07/2008 84,000.00

08/08/2008 09/07/2008 82,000.00

07/08/2008 08/07/2008 80,800.00

06/08/2008 07/07/2008 63,200.00

05/08/2008 06/07/2008 100,800.00

04/08/2008 05/07/2008 78,400.00

03/08/2008 04/07/2008 74,000.00

02/08/2008 03/07/2008 83,200.00

01/08/2008 02/07/2008 87,200.00








11/30/2008 12/29/2008 6,095.65

10/30/2008 11/29/2008 2,703.45

09/30/2008 10/29/2008 885.00

08/30/2008 09/29/2008 212.00

07/30/2008 08/29/2008 94.00

06/30/2008 07/29/2008 72.00

05/30/2008 06/29/2008 784.00

04/30/2008 05/29/2008 1,154.00

03/30/2008 04/29/2008 3,358.00

03/01/2008 03/29/2008 4,816.00

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01/30/2008 02/29/2008 6,668.00







Name: _____________________________________________ Date: _____________


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FacilityApplegate Elementary School47 Jeanne Brennan Drive Freehold, NJ 07728



General InformationApplegate Elementary School


Facility Space Use SummaryApplegate Elementary School



Open Weekends? Yes

Number of PCs 337



Percent Cooled 100

Percent Heated 100

Monthso N/A

High School? No






Energy Intensity

Site (kBtu/ft2) 76 76 64 N/A 82

Source (kBtu/ft2) 172 172 144 N/A 184

Energy Cost

$/year $ 209,046.47 $ 209,046.47 $ 175,082.59 N/A $ 223,876.54

$/ft2/year $ 2.55 $ 2.55 $ 2.14 N/A $ 2.73


MtCO2e/year 637 637 534 N/A 682



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Portfolio Manager is an interactive energy management tool that allows you to track and assess energy and water consumption across your entire portfolio of buildings in a secure online environment. Use this Quick Reference Guide to identify opportunities for energy efficiency improvements, track your progress over time, and verify results.

PoRtfolio ManaGeR QUick RefeRence GUide

IdentIfy energy effIcIency projectsUse Portfolio Manager to identify under-performing buildings to target for energy efficiency improvements and establish baselines for setting and measuring progress for energy efficiency improvement projects over time.

step ActIvIty ActIon

access Portfolio Manager. (step not shown)

Visit www.energystar.gov/benchmark.Scroll down to the Login section on the right-hand side in the middle of the page.

access your account: (step not shown)

• Create a new account.• Login to an existing account.

• Click regIster, and follow instructions.• Enter user name and password, and click LogIn.

Review system updates and enter account.(step not shown) click Access My portfoLIo, located below Welcome to portfolio Manager.

add a new facility. (step not shown) click Add a Property, located in the upper right portion of the screen.

Select property type and entergeneral facility information.(step not shown)

Select the option that most closely resembles your facility and click contInUe. enter general data and click sAveAveA . for more information on facility space types, see: www.energystar.gov/index.cfm?c=eligibility.bus_portfoliomanager_space_types.

enter space use data.

from the facility summary page, shown above, go to the space Use section, located half way down the page, and click Add spAspAsp ce.• Enter a facility name. In the select a space typetypet menu, select the appropriate

space type(s) for your building. if your space is not listed, select other. click contInUe.• Enter building characteristics. Click sAveAveA . information required for each space type is listed here: www.energystar.gov/index.cfm?c=eligibility.bus_

portfoliomanager_space_types.• Repeat steps above to add all major spaces in your facility.

Use bulk import service to minimize manual data entry of large sets of facility data (10 or more facilities or campuses are required). • Go back to My portfolio by clicking on the link in the upper left portion of the page.• Click IMport facility data Using templates, located below templates, located below t Add a property.

enter energy use data.

from the facility summary page, go to the energy Meters section, located below the space Use section, and click Add Meter. • Enter meter name, type, and units. Click sAveAveA . • Enter number of months and start date. Click contInUe. • Enter energy use and cost for each month. Click sAveAveA . • Repeat for all energy meters and fuel types.

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step ActIvIty ActIon

create custom groups.

organize facilities into groups (e.g., fire Stations, northwest Region). Groups are completely customizable, and each facility may belong to multiple groups.• From the My portfolio page, click creAteAteA groUp, located directly to the right

of the group drop-down menu.• Follow instructions to select buildings and name your group. • Once they have been saved, custom groups will be available in the group drop-

down menu.

View and interpret results.

option 1: Go to My portfolio and view all buildings to compare performance metrics.

Option 2: Export data to Microsoft® Excel.

• On the My portfolio page, select the view, from the view drop-down menu that will display the data you wish to export. The My portfolio page will update to display the selected view. (9a)

• Select the doWnLoAd In exceL link. a file download dialog window will open. Follow the steps provided by Excel. (9b)• Use Excel functionality to view building energy performance graphically . The example below shows a comparison of Energy Use Intensity for a portfolio of fire stations, identifying under-performing buildings to target for energy eficiency improvements.

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Fire Stations - EUI Comparison

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trAck progress over tIMe Portfolio Manager comes pre-populated with nine standard summary views of facility data, which are displayed on the My Portfolio summary page. these standard views include:

• Summary: Energy Use• Performance: Green House

Gas emissions• Performance: Financial• Performance: Water Use

additionally, users can create and save custom downloadable views by choosing from more than 70 different metrics. the default view set by the user will display automatically after logging into Portfolio Manager, and data from all views can be exported to Microsoft® Excel.

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step ActIon

from the My portfolio page or the facility summary page, select the create view link, located directly to the right of the view drop-down menu.

Enter a name for the view. To set as the default view, select the box labeled set this view as My portfolio default, located directly to the right of view name. You may include up to 7 (seven) columns in each view.

choose each metric to be included in the view by selecting an order number from the preferred column order drop-down menu to the left of the facility data column.

click sAveAveA at the bottom of the page. You will be returned to the My portfolio page, and your custom view will be available in the view drop-down menu. (step not shown)

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verIfy And docUMent resULtsUse Portfolio Manager to quickly and accurately document reductions in energy use, greenhouse gas emissions, water use, and energy costs for an individual building or an entire portfolio. this valuable information can be used to provide a level of transparency and accountability to help demonstrate strategic use of funding.

Generate a Statement of energy Performance that includes valuable information about your building’s performance, including:

• Normalized energy use intensity • National average comparisons • Greenhouse gas emissions • Energy performance rating (if available)

in addition, you can also request an energy Performance Report to see the change in performance over time for selected buildings or an entire portfolio. available comparative metrics in this report include:

• Normalized energy use intensity • Total electric use • Total natural gas use • Energy performance rating (if available)

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generAte A stAteMent of energy perforMAnce And An energy perforMAnce report

step ActIon

from your selected building’s facility summary page, click generAte A Ate A A stAtAt teAteA Ment of energy perforMAnce.

On the next page, select a period ending date. (step not shown)

click generAteAteA report,report,report located in the bottom right corner of the screen. (step not shown)

Save the Statement of energy Performance, accompanying data checklist, and facility Summary that include information on energy use intensity and greenhouse gas emissions.

from the My portfolio page, click reQUest energy perforMAnce report, located under Work with facilities, which shows reductions in key performance indicators over a user-specified time period. Specify the type of report, the facilities to be included, and the requested report columns. the report will be e-mailed to a user-specified address within one business day. (step not shown)

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APPENDIX C

CHVAC MODEL RESULTS

Project/Run: Applegate Elementary School - Baseline Design Run Date/Time: 06/29/09 @ 16:10

eQUEST 3.63.6500 Monthly Energy Consumption by Enduse Page 1

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Exterior UsagePumps & Aux.Ventilation Fans

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RefrigerationHeat RejectionSpace Cooling

Electric Consumption (kWh x000)

Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Total Space Cool - - 0.10 0.99 7.80 24.89 35.34 32.12 14.15 5.64 0.25 0.08 121.37 Heat Reject. - - - - - - - - - - - - - Refrigeration - - - - - - - - - - - - - Space Heat 19.34 15.65 13.56 7.72 1.68 0.12 0.06 0.03 0.36 3.29 9.18 16.59 87.59 HP Supp. - - - - - - - - - - - - - Hot Water 2.84 2.75 3.02 2.58 2.60 1.81 1.10 1.03 1.92 2.33 2.24 2.66 26.88 Vent. Fans 5.96 5.24 5.51 5.24 4.74 5.58 6.44 5.88 5.24 5.03 5.08 5.92 65.86 Pumps & Aux. 0.26 0.23 0.24 0.21 0.15 0.17 0.19 0.17 0.16 0.17 0.21 0.26 2.42 Ext. Usage - - - - - - - - - - - - - Misc. Equip. 39.97 37.68 41.66 36.39 39.97 30.96 21.01 20.33 36.38 41.66 36.39 39.97 422.37 Task Lights - - - - - - - - - - - - - Area Lights 21.78 20.54 22.70 19.83 21.78 16.84 11.39 11.03 19.81 22.70 19.83 21.78 230.04 Total 90.14 82.09 86.80 72.97 78.72 80.38 75.53 70.59 78.03 80.83 73.19 87.26 956.53

Gas Consumption (Btu x000,000)

Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Total Space Cool - - - - - - - - - - - - - Heat Reject. - - - - - - - - - - - - - Refrigeration - - - - - - - - - - - - - Space Heat 737.2 597.0 520.1 311.5 85.6 23.9 20.8 15.0 40.5 151.6 353.9 630.2 3,487.5 HP Supp. - - - - - - - - - - - - - Hot Water - - - - - - - - - - - - - Vent. Fans - - - - - - - - - - - - - Pumps & Aux. - - - - - - - - - - - - - Ext. Usage - - - - - - - - - - - - - Misc. Equip. 2.2 2.1 2.3 2.0 2.2 1.7 1.0 1.0 2.0 2.3 2.0 2.2 23.2 Task Lights - - - - - - - - - - - - - Area Lights - - - - - - - - - - - - - Total 739.4 599.1 522.5 313.6 87.9 25.5 21.8 15.9 42.5 154.0 355.9 632.5 3,510.7

Project/Run: Applegate Elementary School - 1 Run Date/Time: 06/29/09 @ 16:26


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Project/Run: Applegate Elementary School - 2 Run Date/Time: 06/29/09 @ 16:27


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Project/Run: Barkalow Middle School - Baseline Design Run Date/Time: 06/29/09 @ 11:36


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Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Total Space Cool - - 0.5 2.6 17.9 45.5 56.3 50.1 28.9 13.3 0.9 0.4 216.4 Heat Reject. - - - - - - - - - - - - - Refrigeration - - - - - - - - - - - - - Space Heat 4.1 3.3 2.8 1.7 0.3 0.0 0.0 0.0 0.1 0.6 1.9 3.6 18.4 HP Supp. - - - - - - - - - - - - - Hot Water - - - - - - - - - - - - - Vent. Fans 9.4 8.2 8.7 8.5 8.3 8.8 9.1 8.3 8.7 8.5 8.1 9.3 104.0 Pumps & Aux. 1.1 1.0 1.1 0.9 0.6 0.5 0.6 0.5 0.6 0.7 0.9 1.1 9.7 Ext. Usage - - - - - - - - - - - - - Misc. Equip. 65.0 61.2 67.7 59.2 65.0 50.5 34.5 33.4 59.2 67.7 59.2 65.0 687.7 Task Lights - - - - - - - - - - - - - Area Lights 32.7 30.8 34.1 29.8 32.7 25.4 17.3 16.7 29.8 34.1 29.8 32.7 345.7 Total 112.3 104.6 114.8 102.6 124.8 130.8 117.8 109.1 127.2 124.9 100.8 112.1 1,381.9

Gas Consumption (Btu x000,000,000)

Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Total Space Cool - - - - - - - - - - - - - Heat Reject. - - - - - - - - - - - - - Refrigeration - - - - - - - - - - - - - Space Heat 1.52 1.22 1.06 0.69 0.21 0.09 0.08 0.07 0.12 0.35 0.79 1.32 7.53 HP Supp. - - - - - - - - - - - - - Hot Water 0.03 0.03 0.03 0.03 0.03 0.02 0.01 0.01 0.02 0.03 0.02 0.03 0.30 Vent. Fans - - - - - - - - - - - - - Pumps & Aux. - - - - - - - - - - - - - Ext. Usage - - - - - - - - - - - - - Misc. Equip. 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.02 Task Lights - - - - - - - - - - - - - Area Lights - - - - - - - - - - - - - Total 1.55 1.26 1.09 0.72 0.24 0.11 0.10 0.08 0.14 0.38 0.82 1.36 7.84

Project/Run: Barkalow Middle School - 1 Run Date/Time: 06/29/09 @ 11:36


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Project/Run: Donovan School - Baseline Design Run Date/Time: 06/26/09 @ 11:30


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Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Total Space Cool - - - - - - - - - - - - - Heat Reject. - - - - - - - - - - - - - Refrigeration - - - - - - - - - - - - - Space Heat 428.8 341.2 280.5 169.2 35.7 1.8 0.4 - 8.9 69.6 209.3 360.1 1,905.6 HP Supp. - - - - - - - - - - - - - Hot Water 18.2 17.7 20.3 16.7 16.9 16.8 15.6 14.3 14.3 15.1 14.4 17.1 197.5 Vent. Fans - - - - - - - - - - - - - Pumps & Aux. - - - - - - - - - - - - - Ext. Usage - - - - - - - - - - - - - Misc. Equip. 3.9 3.7 4.3 3.5 3.9 4.3 4.3 4.1 4.1 4.1 3.5 3.9 47.3 Task Lights - - - - - - - - - - - - - Area Lights - - - - - - - - - - - - - Total 450.9 362.6 305.2 189.5 56.6 22.8 20.3 18.4 27.3 88.8 227.2 381.0 2,150.5

Project/Run: Early Childhood Learning Center - Baseline Design Run Date/Time: 06/26/09 @ 10:12


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Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Total Space Cool - - 0.63 2.72 14.48 27.42 32.04 28.51 21.46 12.06 1.00 0.54 140.87 Heat Reject. - - - - - - - - - - - - - Refrigeration - - - - - - - - - - - - - Space Heat - - - - - - - - - - - - - HP Supp. - - - - - - - - - - - - - Hot Water - - - - - - - - - - - - - Vent. Fans 4.97 4.10 3.94 4.40 8.39 9.28 7.69 6.82 10.97 7.56 3.73 4.57 76.43 Pumps & Aux. 1.71 1.56 1.70 1.66 1.00 0.11 0.02 0.01 0.56 1.27 1.61 1.78 13.00 Ext. Usage - - - - - - - - - - - - - Misc. Equip. 13.03 12.29 13.58 14.07 13.03 4.18 2.05 2.05 6.38 13.58 11.87 13.03 119.15 Task Lights - - - - - - - - - - - - - Area Lights 16.93 15.95 17.63 18.25 16.93 5.51 2.77 2.77 8.34 17.63 15.42 16.93 155.04 Total 36.64 33.89 37.49 41.10 53.84 46.50 44.56 40.15 47.71 52.10 33.63 36.85 504.49


Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Total Space Cool - - - - - - - - - - - - - Heat Reject. - - - - - - - - - - - - - Refrigeration - - - - - - - - - - - - - Space Heat 856.7 706.6 623.5 436.9 154.7 9.1 1.0 0.1 62.2 227.2 458.2 736.9 4,273.2 HP Supp. - - - - - - - - - - - - - Hot Water 4.9 4.8 5.3 5.3 4.5 1.4 0.7 0.6 1.9 4.1 3.9 4.6 41.8 Vent. Fans - - - - - - - - - - - - - Pumps & Aux. - - - - - - - - - - - - - Ext. Usage - - - - - - - - - - - - - Misc. Equip. 2.9 2.8 3.0 3.2 2.9 0.6 0.0 0.0 1.2 3.0 2.6 2.9 25.2 Task Lights - - - - - - - - - - - - - Area Lights - - - - - - - - - - - - - Total 864.5 714.1 631.8 445.4 162.2 11.1 1.6 0.8 65.3 234.3 464.7 744.4 4,340.1

Project/Run: Early Childhood Learning Center - 1 Run Date/Time: 06/30/09 @ 10:41


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Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Total Space Cool - - 0.63 2.68 14.25 28.49 32.53 28.91 21.56 11.97 1.01 0.54 142.57 Heat Reject. - - - - - - - - - - - - - Refrigeration - - - - - - - - - - - - - Space Heat - - - - - - - - - - - - - HP Supp. - - - - - - - - - - - - - Hot Water - - - - - - - - - - - - - Vent. Fans 4.67 3.89 3.80 4.34 8.35 11.52 8.92 7.94 11.65 7.52 3.66 4.37 80.63 Pumps & Aux. 1.71 1.56 1.70 1.66 1.00 0.11 0.02 0.01 0.56 1.27 1.61 1.78 13.00 Ext. Usage - - - - - - - - - - - - - Misc. Equip. 13.03 12.29 13.58 14.07 13.03 4.18 2.05 2.05 6.38 13.58 11.87 13.03 119.15 Task Lights - - - - - - - - - - - - - Area Lights 16.93 15.95 17.63 18.25 16.93 5.51 2.77 2.77 8.34 17.63 15.42 16.93 155.04 Total 36.34 33.69 37.35 41.00 53.56 49.81 46.29 41.68 48.49 51.98 33.57 36.64 510.39



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Roof Insulation

Project/Run: Eisenhower Middle School - Baseline Design Run Date/Time: 06/25/09 @ 15:08


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Project/Run: Errickson Elementary - Baseline Design Run Date/Time: 06/29/09 @ 14:56


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Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Total Space Cool - - - - - - - - - - - - - Heat Reject. - - - - - - - - - - - - - Refrigeration - - - - - - - - - - - - - Space Heat 1.02 0.83 0.73 0.48 0.15 0.02 0.01 0.00 0.07 0.24 0.54 0.90 4.99 HP Supp. - - - - - - - - - - - - - Hot Water 0.01 0.01 0.01 0.01 0.01 0.01 0.01 0.01 0.01 0.01 0.01 0.01 0.14 Vent. Fans - - - - - - - - - - - - - Pumps & Aux. - - - - - - - - - - - - - Ext. Usage - - - - - - - - - - - - - Misc. Equip. - - - - - - - - - - - - - Task Lights - - - - - - - - - - - - - Area Lights - - - - - - - - - - - - - Total 1.03 0.84 0.74 0.49 0.16 0.04 0.02 0.01 0.08 0.25 0.55 0.91 5.12

Project/Run: Errickson Elementary - 2 Run Date/Time: 06/29/09 @ 14:57


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Project/Run: Errickson Elementary - 1 Run Date/Time: 06/29/09 @ 16:41


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Project/Run: JJ Catena School - Baseline Design Run Date/Time: 06/29/09 @ 11:15


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Project/Run: JJ Catena School - 1 Run Date/Time: 06/29/09 @ 11:17


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Project/Run: JJ Catena School - 2 Run Date/Time: 06/29/09 @ 11:17


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APPENDIX D

LIGHTING SPREADSHEET - OPTION 1

Seq. # Building Location Existing Fixture DescriptionExist. Qty of Fix.

Exist. Watts

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Exist. kWh Proposed Fixture DescriptionProp. Qty of

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Prop. kWh Sensor DescriptionSensor Qtys

Total kW

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kWh Saved Lighting Only

kWh Saved Sensors Only

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Energy Cost Savings

1 D.D. Eisenhower

Lobby Recessed Can Can w/ (2) 13w CF PL 3 26 0.08 3,640 284 No Work Proposed 0 26 0.08 3,640 284 NO SENSOR PROPOSED 0 - - - - -$

2D.D.

EisenhowerLobby

4X4 recessed troffer with (6) F32 T8 Lamps & (2) 3-Light Electronic ballasts

8 178 1.42 3,640 5,183 No Work Proposed 0 178 1.42 3,640 5183 NO SENSOR PROPOSED 0 - - - - -$

3D.D.

EisenhowerCorridor 1

2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


4 D.D. Eisenhower

Corridor 1 Exit Sign w/ 2w LED 2 2 0.00 8,760 35 No Work Proposed 0 2 0.00 8,760 35 NO SENSOR PROPOSED 0 - - - - -$

5D.D.




6 D.D. Eisenhower


7D.D.




8 D.D. Eisenhower


9D.D.




10D.D.


2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast

4 61 0.24 3,640 888 No Work Proposed 0 61 0.24 3,640 888 NO SENSOR PROPOSED 0 - - - - -$

11 D.D. Eisenhower


12D.D.




13 D.D. Eisenhower


14D.D.




15 D.D. Eisenhower


16D.D.




17 D.D. Eisenhower


18D.D.




19 D.D. Eisenhower


20D.D.




21 D.D. Eisenhower


22D.D.




23 D.D. Eisenhower


24D.D.




25 D.D. Eisenhower


26D.D.




27 D.D. Eisenhower


28D.D.




29 D.D. Eisenhower


30D.D.




31 D.D. Eisenhower


32D.D.




33 D.D. Eisenhower


34D.D.

EisenhowerLibrary



35 D.D. Eisenhower

Library Exit Sign w/ 2w LED 3 2 0.01 8,760 53 No Work Proposed 0 2 0.01 8,760 53 NO SENSOR PROPOSED 0 - - - - -$

36D.D.

EisenhowerLibrary



37 D.D. Eisenhower

Library 150w Incandescent S/I 8 150 1.20 2,400 2,880 Re-lamp with 40w Compact Fluorescent 8 40 0.32 2,400 768 NO SENSOR PROPOSED 0 0.88 2,112 - 2,112 343.41$

38D.D.

EisenhowerLibrary



Summary of Existing Lighting Systems & Recommended Retrofits under Option 1

1 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


39 D.D. Eisenhower

Class 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


40 D.D. Eisenhower



41 D.D. Eisenhower



42 D.D. Eisenhower



43 D.D. Eisenhower



44 D.D. Eisenhower



45 D.D. Eisenhower



46 D.D. Eisenhower

Boys 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


47 D.D. Eisenhower

Custodian 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


48 D.D. Eisenhower



49 D.D. Eisenhower



50 D.D. Eisenhower



51 D.D. Eisenhower

HUB Room Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


52 D.D. Eisenhower

Book Storage Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast

4 61 0.24 500 122 No Work Proposed 0 61 0.24 500 122 NO SENSOR PROPOSED 0 - - - - -$

53 D.D. Eisenhower

Electrical Room 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


54D.D.

EisenhowerDisplay Case



55 D.D. Eisenhower

Corridor To Gym Recessed Can Can w/ (2) 13w CF PL 4 26 0.10 3,640 379 No Work Proposed 0 26 0.10 3,640 379 NO SENSOR PROPOSED 0 - - - - -$

56 D.D. Eisenhower

Girls Locker 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


57D.D.

EisenhowerCoach



58D.D.

EisenhowerBathroom

2' Vanity Fixture with (2) F17 T8 Lamps & (1) 2-Light Electronic Ballast


59D.D.

EisenhowerShowers 75w. Incandescent S/I 6 75 0.45 1,500 675

Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.

6 13 0.08 1,500 117 NO SENSOR PROPOSED 0 0.37 558 - 558 90.73$

60D.D.

EisenhowerToilets



61 D.D. Eisenhower

Phys Ed Storage 4' Strip Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


62D.D.

EisenhowerGym

High Bay Fixture with (1) 400w Metal Halide Lamp and (1) Magnetic HID Ballast

18 445 8.01 2,400 19,224

Remove and Replace Existing Fixture With a New 2x4 Troffer Fixture Containing a 4-Lamp Hi

Output T5 Dimming Ballast, and (4) 4' T5 F54 HO Energy Saving Lamps. Wire Guard Included.

18 234 4.21 2,400 10109 NO SENSOR PROPOSED 0 3.80 9,115 - 9,115 1,482.13$

63 D.D. Eisenhower

Corridor To Gym Recessed Can Can w/ (2) 13w CF PL 3 26 0.08 3,640 284 No Work Proposed 0 26 0.08 3,640 284 NO SENSOR PROPOSED 0 - - - - -$

64 D.D. Eisenhower

Boys Locker Room 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


65D.D.

EisenhowerCoach



66D.D.

EisenhowerBathroom



67D.D.

EisenhowerToilets



68D.D.

EisenhowerShowers 75w. Incandescent S/I 5 75 0.38 1,500 563



69 D.D. Eisenhower

Mechanical Room 4' Strip Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


70 D.D. Eisenhower

Student Store 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast

2 61 0.12 2,400 293 No Work Proposed 0 61 0.12 1,560 190 Wall Switch Occupancy Sensor 1 - - 102 102 16.66$

71D.D.

EisenhowerClass


6 89 0.53 1,500 801 No Work Proposed 0 89 0.53 975 521

Low Voltage (w/ PP-20) PIR Ceiling Sensor (8-15' Mtg. Height)

360 Deg. Coverage 12' Circulur Viewing Pattern @ 9' High

1 - - 280 280 45.58$

72D.D.

EisenhowerGirls Room



73 D.D. Eisenhower

Custodian 4' Strip Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


74 D.D. Eisenhower

Music Room 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast

12 61 0.73 1,500 1,098 No Work Proposed 0 61 0.73 975 714 Wall Switch Dual Technology Occupancy Sensor

1 - - 384 384 62.49$

75 D.D. Eisenhower

Storage Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


76D.D.

EisenhowerTeachers Lounge


8 89 0.71 2,400 1,709 No Work Proposed 0 89 0.71 1,560 1111



1 - - 598 598 97.25$

77D.D.

EisenhowerFaculty Bathroom

2' Vanity Fxiture with (2) F20 T12 Lamp & (1) 2L Magnetic Ballast

1 60 0.06 2,400 144Re-lamp & Re-ballast existing fixture. Install a 2-Lamp Electronic Normal Power Ballast, (2) 2' T8

Energy Saving Lamps, New Lamp Sockets.1 34 0.03 2,400 82 NO SENSOR PROPOSED 0 0.03 62 - 62 10.15$

2 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


78 D.D. Eisenhower

Faculty Bathroom Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$

79D.D.





80 D.D. Eisenhower

Faculty Bathroom Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$

81D.D.

EisenhowerOffice Secretary



82D.D.

EisenhowerVice Principal


2 220 0.44 2,400 1,056 No Work Proposed 0 220 0.44 1,560 686 Wall Switch Occupancy Sensor 1 - - 370 370 60.10$

83 D.D. Eisenhower

Hallway Recessed Can Can w/ (2) 13w CF PL 4 26 0.10 3,640 379 No Work Proposed 0 26 0.10 3,640 379 NO SENSOR PROPOSED 0 - - - - -$

84D.D.

EisenhowerPrincipal


4 89 0.36 2,400 854 No Work Proposed 0 89 0.36 1,560 555Wall Switch Dual Technology

Occupancy Sensor1 - - 299 299 48.62$

85D.D.

EisenhowerMain Office



86D.D.




87D.D.

EisenhowerMain Office 60w. Incandescent S/I 7 60 0.42 2,400 1,008



88D.D.

EisenhowerStorage


2 110 0.22 500 110 No Work Proposed 0 110 0.22 325 72 Wall Switch Occupancy Sensor 1 - - 39 39 6.26$

89D.D.

EisenhowerBathroom




90 D.D. Eisenhower

Bathroom Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$

91D.D.

EisenhowerNurse's Office



92D.D.

EisenhowerBathroom



93 D.D. Eisenhower

Electrical Room #2 4' Strip Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


94 D.D. Eisenhower

Guidence 4' Direct/Indirect Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


95 D.D. Eisenhower



96 D.D. Eisenhower



97 D.D. Eisenhower

Work Room/Copy Room

4' Direct/Indirect Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


98D.D.

EisenhowerChild Study Team

Office2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast

4 89 0.36 2,400 854 No Work Proposed 0 89 0.36 1,560 555



1 - - 299 299 48.62$

99D.D.

EisenhowerClass

4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast

18 61 1.10 1,500 1,647 No Work Proposed 0 61 1.10 975 1071Wide View Low Voltage (w/PP-20) Wall Mounted Sensor-40' Range

(8-15' Mtg Height) 1 - - 576 576 93.73$

100D.D.

EisenhowerClass


8 89 0.71 1,500 1,068 No Work Proposed 0 89 0.71 975 694



1 - - 374 374 60.78$

101 D.D. Eisenhower

Stage 4' Wrap Fxiture with (4) F32 T8 Lamps & (1) 4L Electronic Ballast


102 D.D. Eisenhower

Storage 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


103D.D.

EisenhowerStorage Room #4 100w Incandescent S/I 1 100 0.10 500 50


1 23 0.02 500 12 NO SENSOR PROPOSED 0 0.08 39 - 39 6.26$

104 D.D. Eisenhower

Storage Room #4 Exit Sign w/ (2) 20w Incandescent Lamps 2 40 0.08 8,760 701 Remove and Replace existing exit sign with a new LED exit sign.


105D.D.

EisenhowerBoys



106 D.D. Eisenhower



107 D.D. Eisenhower

Boys 4' Vanity Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


108 D.D. Eisenhower



109 D.D. Eisenhower

Girls 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


110 D.D. Eisenhower

Gym Entrance SE corner

Recessed Can Can w/ (2) 13w CF PL 4 26 0.10 2,400 250 No Work Proposed 0 26 0.10 2,400 250 NO SENSOR PROPOSED 0 - - - - -$

111D.D.

EisenhowerHandicapped Classroom


6 89 0.53 1,500 801 No Work Proposed 0 89 0.53 975 521 Wall Switch Occupancy Sensor 1 - - 280 280 45.58$

112 D.D. Eisenhower

Women's Faculty 4' Strip Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


113 D.D. Eisenhower

Bathroom 4' Vanity Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


114 D.D. Eisenhower


115 D.D. Eisenhower

Electrical Panel Room 4' Strip Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


3 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


116D.D.

EisenhowerMen's Room



117D.D.

EisenhowerMusic Room



118D.D.

EisenhowerPractice Room



119D.D.

EisenhowerOffice



120D.D.

EisenhowerInstrument Storage



121 D.D. Eisenhower

Instrument Storage 4' Strip Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


122D.D.

EisenhowerShowcase



123 D.D. Eisenhower

Gym Entrance Recessed Can Can w/ (2) 13w CF PL 3 26 0.08 2,400 187 No Work Proposed 0 26 0.08 2,400 187 NO SENSOR PROPOSED 0 - - - - -$

124D.D.

EisenhowerElevator Room



125D.D.

EisenhowerElevator



126 D.D. Eisenhower

Wood Shop 4' Wrap Fxiture with (4) F32 T8 Lamps & (1) 4L Electronic Ballast


127 D.D. Eisenhower

Stairs 42w. Compact Flourescent S/I 1 42 0.04 3,640 153 No Work Proposed 0 42 0.04 3,640 153 NO SENSOR PROPOSED 0 - - - - -$

128 D.D. Eisenhower

Wood Storage 23w Compact Fluorescent S/I 4 23 0.09 500 46 No Work Proposed 0 23 0.09 500 46 NO SENSOR PROPOSED 0 - - - - -$

129 D.D. Eisenhower

Computer/Tech Room 4' Direct/Indirect Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


130 D.D. Eisenhower

Life Skills 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


131 D.D. Eisenhower

Stairs 42w. Compact Flourescent S/I 1 42 0.04 3,640 153 No Work Proposed 0 42 0.04 3,640 153 NO SENSOR PROPOSED 0 - - - - -$

132 D.D. Eisenhower

Storage 23w Compact Fluorescent S/I 4 23 0.09 500 46 No Work Proposed 0 23 0.09 500 46 NO SENSOR PROPOSED 0 - - - - -$

133 D.D. Eisenhower

Art Room 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


134 D.D. Eisenhower



135 D.D. Eisenhower

Kiln 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


136D.D.

EisenhowerClass


28 61 1.71 1,500 2,562 No Work Proposed 0 61 1.71 975 1665



1 - - 897 897 145.80$

137 D.D. Eisenhower

Chem Storage 4' Strip Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


138D.D.

EisenhowerClass


28 61 1.71 1,500 2,562 No Work Proposed 0 61 1.71 975 1665



1 - - 897 897 145.80$

139 D.D. Eisenhower

Computer Class 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


140D.D.

EisenhowerDigital Arts



141 D.D. Eisenhower



142 D.D. Eisenhower



143 D.D. Eisenhower



144 D.D. Eisenhower



145 D.D. Eisenhower



146 D.D. Eisenhower



147 D.D. Eisenhower



148 D.D. Eisenhower



149 D.D. Eisenhower



150D.D.

EisenhowerClass


12 89 1.07 1,500 1,602 No Work Proposed 0 89 1.07 975 1041



1 - - 561 561 91.17$

151D.D.

EisenhowerClass


12 89 1.07 1,500 1,602 No Work Proposed 0 89 1.07 975 1041



1 - - 561 561 91.17$

152D.D.

EisenhowerCafeteria


18 445 8.01 3,640 29,156




153 D.D. Eisenhower

Cafeteria Exit Sign w/ (2) 20w Incandescent Lamps 4 40 0.16 8,760 1,402 Remove and Replace existing exit sign with a new LED exit sign.

4 2 0.01 8,760 70 NO SENSOR PROPOSED 0 0.15 1,332 - 1,332 216.51$

4 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


154 D.D. Eisenhower

Cafeteria 150w Incandescent S/I 4 150 0.60 3,640 2,184 Re-lamp with 40w Compact Fluorescent 4 40 0.16 3,640 582 NO SENSOR PROPOSED 0 0.44 1,602 - 1,602 260.42$

155 D.D. Eisenhower

Kitchen 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


156 D.D. Eisenhower

Kitchen Storage 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


157 D.D. Eisenhower

Garbage Bins Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


158D.D.

EisenhowerFaculty Room


12 89 1.07 2,400 2,563 No Work Proposed 0 89 1.07 1,560 1666



1 - - 897 897 145.87$

159D.D.

EisenhowerBoys



160 D.D. Eisenhower

Boys 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


161D.D.

EisenhowerBoys



162D.D.

EisenhowerGirls



163D.D.

EisenhowerGirls



164 D.D. Eisenhower

Girls 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


165 D.D. Eisenhower

Men's Room Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$

166D.D.




167 D.D. Eisenhower

Women's Room Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$

168D.D.

EisenhowerWomen's Room



169D.D.

EisenhowerElectrical Panel Room

4' Wrap Fixture w/ (3) F32w T8 Lamps & (1) 3-Light Electronic ballast


170D.D.

EisenhowerClass


11 89 0.98 1,500 1,469 No Work Proposed 0 89 0.98 975 955



1 - - 514 514 83.57$

171D.D.

EisenhowerClass



172D.D.

EisenhowerClass Exit Sign w/ (2) 20w Incandescent Lamps 1 40 0.04 8,760 350

Remove and Replace existing exit sign with a new LED exit sign.


173D.D.

EisenhowerClass


11 89 0.98 1,500 1,469 No Work Proposed 0 89 0.98 975 955



1 - - 514 514 83.57$

174D.D.

EisenhowerClass



175 D.D. Eisenhower

Class Exit Sign w/ (2) 20w Incandescent Lamps 1 40 0.04 8,760 350 Remove and Replace existing exit sign with a new LED exit sign.


176D.D.

EisenhowerClass


12 89 1.07 1,500 1,602 No Work Proposed 0 89 1.07 975 1041



1 - - 561 561 91.17$

177D.D.

EisenhowerClass


12 89 1.07 1,500 1,602 No Work Proposed 0 89 1.07 975 1041



1 - - 561 561 91.17$

178D.D.

EisenhowerClass



179D.D.

EisenhowerClass



180D.D.

EisenhowerClass



181D.D.

EisenhowerClass



182 D.D. Eisenhower

Electrical Room Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


183D.D.

EisenhowerSGI


8 89 0.71 1,500 1,068 No Work Proposed 0 89 0.71 975 694



1 - - 374 374 60.78$

184D.D.

EisenhowerClass


12 89 1.07 1,500 1,602 No Work Proposed 0 89 1.07 975 1041



1 - - 561 561 91.17$

5 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


185D.D.

EisenhowerClass


20 89 1.78 1,500 2,670 No Work Proposed 0 89 1.78 975 1736



2 - - 935 935 151.95$

186D.D.

EisenhowerPrep Room



187D.D.

EisenhowerClass


20 89 1.78 1,500 2,670 No Work Proposed 0 89 1.78 975 1736



2 - - 935 935 151.95$

188D.D.

EisenhowerClass


12 89 1.07 1,500 1,602 No Work Proposed 0 89 1.07 975 1041



1 - - 561 561 91.17$

189D.D.

EisenhowerClass


12 89 1.07 1,500 1,602 No Work Proposed 0 89 1.07 975 1041



1 - - 561 561 91.17$

190D.D.

EisenhowerClass



191D.D.

EisenhowerClass



192D.D.

EisenhowerClass



193D.D.

EisenhowerClass



194D.D.

EisenhowerClass



195D.D.

EisenhowerClass



196D.D.

EisenhowerClass



197D.D.

EisenhowerSGI



198D.D.

EisenhowerGym

High Bay Fixture with (8) 42w Triple Tube PL Fluorescent Lamps


199 D.D. Eisenhower

Gym Exit Sign w/ 2w LED 4 2 0.01 8,760 70 No Work Proposed 0 2 0.01 8,760 70 NO SENSOR PROPOSED 0 - - - - -$

200D.D.

EisenhowerStorage

Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


201D.D.

EisenhowerCoach Office



202D.D.

EisenhowerBoys



203D.D.

EisenhowerRestroom



204D.D.

EisenhowerGirls



205D.D.

EisenhowerClass



206D.D.

EisenhowerClass



207D.D.

EisenhowerClass



208D.D.

EisenhowerClass



209D.D.

EisenhowerCourtyard 2004 wing

Wall Pack Fixture w/ (1) 100w High Pressure Sodium Lamp and Magnetic

Ballast6 120 0.72 3,640 2,621 No Work Proposed 0 120 0.72 3,640 2621 NO SENSOR PROPOSED 0 - - - - -$

210D.D.

EisenhowerCourtyard by office



211D.D.

EisenhowerCourtyard



212D.D.

EisenhowerOutside



213D.D.

EisenhowerOutside



214D.D.

EisenhowerOutside

Wall Pack Fixture with (1) 175w Mercury Vapor Lamp and (1) Magnetic HID Ballast

4 205 0.82 3,640 2,985Remove and Replace Existing Fixture With a New Outdoor Flood Fixture Containing a 150w Pulse

Metal Halide Lamp4 85 0.34 3,640 1238 NO SENSOR PROPOSED 0 0.48 1,747 - 1,747 284.09$

215D.D.

EisenhowerOutside

Parking Lot Fixture Mounted on a Pole w/ (1) 400w Probe Start Metal Halide Lamp

and (1) Magnetic HID Ballast14 445 6.23 3,640 22,677 No Work Proposed 0 445 6.23 3,640 22677 NO SENSOR PROPOSED 0 - - - - -$

6 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


216D.D.

EisenhowerOutside



217D.D.

EisenhowerOutside

Parking Lot Fixture Mounted on a Pole w/ (1) 400w High Pressure Sodium Lamp


34.00 10.87 33,102.06 14,903.98 48,006.04 $7,805.78

218 J.J. Catena Corridor 219-2242X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


219 J.J. Catena Corridor 219-224 Exit Sign w/ (2) 20w Incandescent Lamps 1 40 0.04 8,760 350 Remove and Replace existing exit sign with a new LED exit sign.








223 J.J. Catena Corridor 213-218 4' Strip Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


224 J.J. Catena Corridor 213-218 Exit Sign w/ 2w LED 3 2 0.01 8,760 53 No Work Proposed 0 2 0.01 8,760 53 NO SENSOR PROPOSED 0 - - - - -$





227 J.J. Catena Corridor 210-212 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast








232 J.J. Catena Corridor Ext. 12X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


233 J.J. Catena Corridor Ext. 1 Exit Sign w/ (2) 20w Incandescent Lamps 2 40 0.08 8,760 701 Remove and Replace existing exit sign with a new LED exit sign.




















243 J.J. Catena Library High Bay Fixture with (8) 42w Triple Tube PL Fluorescent Lamps


244 J.J. Catena Video Storage2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


245 J.J. Catena Video Storage2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


246 J.J. Catena Hub Room 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


247 J.J. Catena Computer Room4' Direct/Indirect Fixture w/ (2) F32 T/

Lamps & (1) 2L Electronic Ballast24 61 1.46 1,500 2,196 No Work Proposed 0 61 1.46 975 1427



1 - - 769 769 126.05$

248 J.J. Catena Storage 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


249 J.J. Catena Restroom2' Vanity Fixture with (2) F17 T8 Lamps &

(1) 2-Light Electronic Ballast1 34 0.03 2,400 82 No Work Proposed 0 34 0.03 2,400 82 NO SENSOR PROPOSED 0 - - - - -$

250 J.J. Catena Restroom Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$



252 J.J. Catena Storage 4' Wrap Fxiture with (4) F32 T8 Lamps & (1) 4L Electronic Ballast


253 J.J. Catena Electrical Room 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


Totals for Lighting System Upgrades at D.D. Eisenhower:

7 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


254 J.J. Catena SGI4' Direct/Indirect Fixture w/ (2) F32 T/




1 - - 384 384 63.03$

255 J.J. Catena Art 4' Direct/Indirect Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


256 J.J. Catena Storage2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


257 J.J. Catena Boiler Room 4' Indusrtial Hood Fixture w/ (1) F32 T8 Lamps & (1) 1L Electronic Ballast


258 J.J. Catena Slop Sink 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


259 J.J. Catena Custodian/ Receiving Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


260 J.J. Catena Class4' Wrap Fixture w/ (2) F32 T8 Lamps &

(1) 2-Light Electronic Ballast21 61 1.28 1,500 1,922 No Work Proposed 0 61 1.28 975 1249



1 - - 673 673 110.29$





1 - - 673 673 110.29$

262 J.J. Catena Class/Speech 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


263 J.J. Catena Class/Speech Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


264 J.J. Catena Women's Room 60w. Incandescent S/I 2 60 0.12 2,400 288Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


265 J.J. Catena Men's Room 60w. Incandescent S/I 2 60 0.12 2,400 288Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.






1 - - 673 673 110.29$





1 - - 673 673 110.29$





1 - - 673 673 110.29$

269 J.J. Catena Bathroom 60w. Incandescent S/I 2 60 0.12 2,400 288Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.






1 - - 673 673 110.29$





1 - - 673 673 110.29$





1 - - 865 865 141.81$





1 - - 961 961 157.56$

274 J.J. Catena Closet 60w. Incandescent S/I 1 60 0.06 500 30Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.






1 - - 961 961 157.56$

276 J.J. Catena Class 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


277 J.J. Catena Class4' Direct/Indirect Fixture w/ (2) F32 T/




1 - - 576 576 94.54$

278 J.J. Catena Bathroom2' Vanity Fixture with (2) F17 T8 Lamps &


279 J.J. Catena Bathroom Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$

280 J.J. Catena Guidence Office2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast

6 89 0.53 2,400 1,282 No Work Proposed 0 89 0.53 1,560 833



1 - - 449 449 73.56$

8 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings






1 - - 673 673 110.29$





1 - - 673 673 110.29$

283 J.J. Catena Boys 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


284 J.J. Catena Slop Sink 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


285 J.J. Catena Girls 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast






1 - - 673 673 110.29$





1 - - 673 673 110.29$





1 - - 673 673 110.29$





1 - - 673 673 110.29$





1 - - 673 673 110.29$





1 - - 673 673 110.29$





1 - - 673 673 110.29$





1 - - 673 673 110.29$





1 - - 673 673 110.29$

295 J.J. Catena Class2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


296 J.J. Catena Storage/Conference2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast

4 89 0.36 500 178 No Work Proposed 0 89 0.36 325 116 Wall Switch Occupancy Sensor 1 - - 62 62 10.22$




6 89 0.53 1,500 801 No Work Proposed 0 89 0.53 975 521



1 - - 280 280 45.98$

299 J.J. Catena Electrical Room Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


300 J.J. Catena Nurse's Office2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


301 J.J. Catena Nurse's Office2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


302 J.J. Catena Nurse's Office 4' Vanity Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


303 J.J. Catena Bathroom2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast






306 J.J. Catena Work Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


307 J.J. Catena Bathroom 60w. Incandescent S/I 2 60 0.12 2,400 288Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


9 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


308 J.J. Catena Main Office2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


309 J.J. Catena Principal2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


310 J.J. Catena Women's Room2' Vanity Fixture with (2) F17 T8 Lamps &


311 J.J. Catena Women's Room Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$

312 J.J. Catena Men's Room2' Vanity Fixture with (2) F17 T8 Lamps &


313 J.J. Catena Men's Room Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$

314 J.J. Catena Vocal Music2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


315 J.J. Catena Vocal Music2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


316 J.J. Catena SGI2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast

6 89 0.53 1,500 801 No Work Proposed 0 89 0.53 975 521



1 - - 280 280 45.98$

317 J.J. Catena SGI2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


318 J.J. Catena Instrumental Music2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast

9 89 0.80 1,500 1,202 No Work Proposed 0 89 0.80 975 781



1 - - 421 421 68.97$

319 J.J. Catena Gym Office Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


320 J.J. Catena GymHigh Bay Fixture with (1) 400w Metal

Halide Lamp and (1) Magnetic HID Ballast18 445 8.01 2,400 19,224




321 J.J. Catena Gym 250w Quartz 6 250 1.50 2,400 3,600 No Work Proposed 0 250 1.50 2,400 3600 NO SENSOR PROPOSED 0 - - - - -$

322 J.J. Catena Back Stage Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


323 J.J. Catena Back Stage Exit Sign w/ 2w LED 1 2 0.00 8,760 18 No Work Proposed 0 2 0.00 8,760 18 NO SENSOR PROPOSED 0 - - - - -$

324 J.J. Catena Back Stage 100w Incandescent S/I 10 100 1.00 2,400 2,400Remove and Replace Existing Lamp With a New 23w Compact Fluorescent Two Piece Screw-In.


325 J.J. Catena Back Stage Exit Sign w/ (2) 20w Incandescent Lamps 2 40 0.08 8,760 701 Remove and Replace existing exit sign with a new LED exit sign.


326 J.J. Catena Cafeteria Wall Sconce w/ (2) PL 13 Compact Fluorescent Lamps


327 J.J. Catena Cafeteria2x2 Recessed Fixture w/ (1) 250w Metal

Halide Lamp and Magnetic Ballast20 290 5.80 3,640 21,112 No Work Proposed 0 290 5.80 3,640 21112 NO SENSOR PROPOSED 0 - - - - -$

328 J.J. Catena Kitchen 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


329 J.J. Catena Kitchen Storage Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


330 J.J. Catena Receiving Room Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast



9 89 0.80 1,500 1,202 No Work Proposed 0 89 0.80 975 781



1 - - 421 421 68.97$

332 J.J. Catena Class2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast



9 89 0.80 1,500 1,202 No Work Proposed 0 89 0.80 975 781



1 - - 421 421 68.97$




9 89 0.80 1,500 1,202 No Work Proposed 0 89 0.80 975 781



1 - - 421 421 68.97$




12 89 1.07 1,500 1,602 No Work Proposed 0 89 1.07 975 1041



1 - - 561 561 91.95$



339 J.J. Catena Boys1X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


340 J.J. Catena Boys 4' Vanity Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


341 J.J. Catena Boys Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$

10 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


342 J.J. Catena Girls1X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


343 J.J. Catena Girls 4' Vanity Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


344 J.J. Catena Girls Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$

345 J.J. Catena Custodian 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast










350 J.J. Catena Teachers Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast

11 89 0.98 2,400 2,350 No Work Proposed 0 89 0.98 1,560 1527



1 - - 822 822 134.87$

351 J.J. Catena Teachers Room2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


352 J.J. Catena Hub Room Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


353 J.J. Catena Receiving Room Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


354 J.J. Catena Class 4' Direct/Indirect Fxiture with (3) F32 T8 Lamps & (1) 3L Electronic Ballast


355 J.J. Catena Class 4' Direct/Indirect Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


356 J.J. Catena Restroom2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




























370 J.J. Catena Cafeteria Recessed Can Can w/ (2) 57w CF PL 12 114 1.37 3,640 4,980 No Work Proposed 0 114 1.37 3,640 4980 NO SENSOR PROPOSED 0 - - - - -$



372 J.J. Catena Kitchen2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


373 J.J. Catena Kitchen Storage2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


374 J.J. Catena Closet2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


375 J.J. Catena MPR Recessed Can Can w/ (2) 13w CF PL 13 26 0.34 2,400 811 No Work Proposed 0 26 0.34 2,400 811 NO SENSOR PROPOSED 0 - - - - -$









380 J.J. Catena Storage Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


11 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


381 J.J. Catena Boiler Room Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


382 J.J. Catena OutsideParking Lot Fixture Mounted on a Pole w/

(1) 250w High Pressure Sodium Lamp and (1) Magnetic HID Ballast


383 J.J. Catena OutsideWall Pack Fixture w/ (1) 50w High

Pressure Sodium Lamp and Magnetic Ballast





385 J.J. Catena OutsideWall Pack Fixture with (1) 100w Metal

Halide Lamp and (1) Magnetic HID Ballast12 120 1.44 3,640 5,242 No Work Proposed 0 120 1.44 3,640 5242 NO SENSOR PROPOSED 0 - - - - -$

35.00 5.45 15,883.66 20,942.50 36,826.16 $6,039.49

386 C.T. Barkalow Corridor Fac-3142X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


387 C.T. Barkalow Corridor Fac-314 Exit Sign w/ 2w LED 5 2 0.01 8,760 88 No Work Proposed 0 2 0.01 8,760 88 NO SENSOR PROPOSED 0 - - - - -$

388 C.T. Barkalow Corridor 307-3152X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




390 C.T. Barkalow Corridor 307-315 Exit Sign w/ 2w LED 5 2 0.01 8,760 88 No Work Proposed 0 2 0.01 8,760 88 NO SENSOR PROPOSED 0 - - - - -$







394 C.T. Barkalow Corridor 301-304Recessed Can Can w/ (1) 100w Incan.

Screw In5 100 0.50 3,640 1,820




396 C.T. Barkalow Corridor 3702X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




398 C.T. Barkalow Corridor 370 Exit Sign w/ 2w LED 2 2 0.00 8,760 35 No Work Proposed 0 2 0.00 8,760 35 NO SENSOR PROPOSED 0 - - - - -$



400 C.T. Barkalow Corridor 3152X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


401 C.T. Barkalow Corridor 315 Exit Sign w/ 2w LED 3 2 0.01 8,760 53 No Work Proposed 0 2 0.01 8,760 53 NO SENSOR PROPOSED 0 - - - - -$




404 C.T. Barkalow Corridor Ext.1X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




406 C.T. Barkalow Corridor 361-368 3' Strip Fxiture with (1) F25 T8 Lamps & (1) 1L Electronic Ballast





409 C.T. Barkalow Corridor 370-372B Recessed Can Can w/ (2) 13w CF PL 10 26 0.26 3,640 946 No Work Proposed 0 26 0.26 3,640 946 NO SENSOR PROPOSED 0 - - - - -$

410 C.T. Barkalow Corridor 370-372B4X4 recessed troffer with (4) F32 T8

Lamps & (1) 4-Light Electronic ballasts3 110 0.33 3,640 1,201 No Work Proposed 0 110 0.33 3,640 1201 NO SENSOR PROPOSED 0 - - - - -$

411 C.T. Barkalow Corridor 370-372B Exit Sign w/ 2w LED 3 2 0.01 8,760 53 No Work Proposed 0 2 0.01 8,760 53 NO SENSOR PROPOSED 0 - - - - -$



413 C.T. Barkalow Corridor 380-3834X4 recessed troffer with (4) F32 T8

Lamps & (1) 4-Light Electronic ballasts3 110 0.33 3,640 1,201 No Work Proposed 0 110 0.33 3,640 1201 NO SENSOR PROPOSED 0 - - - - -$




416 C.T. Barkalow Corridor 373-379 Recessed Can Can w/ (2) 13w CF PL 8 26 0.21 3,640 757 No Work Proposed 0 26 0.21 3,640 757 NO SENSOR PROPOSED 0 - - - - -$


Totals for Lighting System Upgrades at J.J. Catena:

12 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


418 C.T. Barkalow Class4' Fxiture with Egg Style Lens with (2)

F32 T8 Lamps & (1) 2L Electonic Ballast24 61 1.46 1,500 2,196

Remove and Replace Existing Fixture With a New 1x4 Surface Mounted Wrap Fixture Containing a 2-

Lamp Electronic Low Power Ballast, Miro4 Reflector, and (2) 4' T8 Energy Saving Lamps.







420 C.T. Barkalow Storage4' Wrap Fixture w/ (1) F34 Econo-Watt

T12 Lamp & (1) 1-Light Magnetic Ballast1 50 0.05 500 25

Re-lamp & Re-ballast 4' Fixture with (1) F32 Lamp, NP Ballast.







422 C.T. Barkalow Closet 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


423 C.T. Barkalow Class 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


424 C.T. Barkalow Tech Room4' Wrap Fixture w/ (1) F34 Econo-Watt

T12 Lamp & (1) 1-Light Magnetic Ballast1 50 0.05 1,500 75



425 C.T. Barkalow home & life skills 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


426 C.T. Barkalow Work Room 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


427 C.T. Barkalow Office 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


428 C.T. Barkalow Tech Ed. 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


429 C.T. Barkalow Tech Lab2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


430 C.T. Barkalow Storage 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


431 C.T. Barkalow Computer Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast







































440 C.T. Barkalow Utility RoomIndustrial Hood 8' Fxiture with (2) F96

Econo-Watt T12 Lamps & (1) 2L EE Magnetic Ballast

1 138 0.14 1,000 138

Rebuild & Kit the existing 8' Industrial fixture with a Miro4 reflector system and (2) F32 T8 lamps and (1) 2L multi-volt low powered electronic

ballast


441 C.T. Barkalow Boiler Room 4' Indusrtial Hood Fixture w/ (1) F32 T8 Lamps & (1) 1L Electronic Ballast


442 C.T. Barkalow Boiler RoomIndustrial Hood 8' Fxiture with (2) F96


1 138 0.14 1,000 138

Rebuild & Kit the existing 8' Industrial fixture with a Miro4 reflector system and (2) F32 T8 lamps and (1) 2L multi-volt low powered electronic

ballast


443 C.T. Barkalow Bathroom 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


444 C.T. Barkalow Bathroom2' Vanity Fixture with (2) F17 T8 Lamps &


445 C.T. Barkalow Guidence2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




13 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


447 C.T. Barkalow CST2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


448 C.T. Barkalow Nurse's Office2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




450 C.T. Barkalow Bathroom1X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




452 C.T. Barkalow Work Room4' Fxiture with Egg Style Lens with (2)





453 C.T. Barkalow Bathroom 100w Incandescent S/I 2 100 0.20 2,400 480Remove and Replace Existing Lamp With a New 23w Compact Fluorescent Two Piece Screw-In.


454 C.T. Barkalow Bathroom 100w Incandescent S/I 2 100 0.20 2,400 480Remove and Replace Existing Lamp With a New 23w Compact Fluorescent Two Piece Screw-In.




456 C.T. Barkalow Principal2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


457 C.T. Barkalow Vice Principal4' Fxiture with Egg Style Lens with (2)

F32 T8 Lamps & (1) 2L Electonic Ballast4 61 0.24 2,400 586




458 C.T. Barkalow Corridor 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


459 C.T. Barkalow Main Office2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


460 C.T. Barkalow GymHigh Bay Fixture with (1) 400w Metal





461 C.T. Barkalow Gym Exit Sign w/ 2w LED 4 2 0.01 8,760 70 No Work Proposed 0 2 0.01 8,760 70 NO SENSOR PROPOSED 0 - - - - -$

462 C.T. Barkalow Gym2X2 recessed troffer with (2) F17 T8 Lamps & (1) 2-Light Electronic ballast


463 C.T. Barkalow Storage4' Indusrtial Hood Fixture w/ (1) F34 Econo-Watt T12 Lamps & (1) 1L EE

Magnetic Ballast2 50 0.10 500 50



464 C.T. Barkalow Entrance1X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


465 C.T. Barkalow Boys Locker 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


466 C.T. Barkalow Boys Locker2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


467 C.T. Barkalow Boys Locker Recessed Can Can w/ (2) 13w CF PL 6 26 0.16 2,400 374 No Work Proposed 0 26 0.16 2,400 374 NO SENSOR PROPOSED 0 - - - - -$

468 C.T. Barkalow Office 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast




470 C.T. Barkalow Gym Entrance1X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


471 C.T. Barkalow Gym Entrance Exit Sign w/ 2w LED 1 2 0.00 8,760 18 No Work Proposed 0 2 0.00 8,760 18 NO SENSOR PROPOSED 0 - - - - -$

472 C.T. Barkalow Girls Locker Room 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


473 C.T. Barkalow Girls Locker Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


474 C.T. Barkalow Girls Locker Room Recessed Can Can w/ (2) 13w CF PL 4 26 0.10 2,400 250 No Work Proposed 0 26 0.10 2,400 250 NO SENSOR PROPOSED 0 - - - - -$

475 C.T. Barkalow Girls Coach 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


476 C.T. Barkalow Bathroom2' Surface Mounted Wrap Fxiture with (2) F20 T12 Lamp & (1) 2L Magnetic Ballast



477 C.T. Barkalow Storage 60w. Incandescent S/I 2 60 0.12 500 60Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


478 C.T. Barkalow Men's Room 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


479 C.T. Barkalow Lounge 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


480 C.T. Barkalow Lounge 4' Wrap Fxiture with (4) F32 T8 Lamps & (1) 4L Electronic Ballast


481 C.T. Barkalow Bathroom 4' Wrap Fxiture with (4) F32 T8 Lamps & (1) 4L Electronic Ballast


14 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


482 C.T. Barkalow Bathroom 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


483 C.T. Barkalow Girls 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


484 C.T. Barkalow Boys 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


485 C.T. Barkalow Custodian 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


486 C.T. Barkalow Storage #2 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


487 C.T. Barkalow Storage #2 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


488 C.T. Barkalow Stage 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


489 C.T. Barkalow Stage 8' Wrap Fxiture with (4) F32 T8 Lamps & (1) 4L Electronic Ballast


490 C.T. Barkalow Stage 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


491 C.T. Barkalow Store room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


492 C.T. Barkalow Office2X2 recessed troffer with (2) F17 T8 Lamps & (1) 2-Light Electronic ballast


493 C.T. Barkalow Class (Vocal Music)2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


494 C.T. Barkalow Storage 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast






496 C.T. Barkalow Storage #64' Wrap Fixture w/ (1) F34 Econo-Watt








499 C.T. Barkalow Men's Room 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


500 C.T. Barkalow Men's Room2' Vanity Fxiture with (2) F20 T12 Lamp &

(1) 2L Magnetic Ballast1 60 0.06 2,400 144

Re-lamp & Re-ballast existing fixture. Install a 2-Lamp Electronic Normal Power Ballast, (2) 2' T8


501 C.T. Barkalow Women's Room 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


502 C.T. Barkalow Women's Room 4' Vanity Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


503 C.T. Barkalow Prep Room 8' Wrap Fxiture with (4) F32 T8 Lamps & (1) 4L Electronic Ballast


504 C.T. Barkalow Class 8' Wrap Fxiture with (4) F32 T8 Lamps & (1) 4L Electronic Ballast


505 C.T. Barkalow Prep Room4' Wrap Fixture w/ (1) F34 Econo-Watt




506 C.T. Barkalow Park Room4' Wrap Fixture w/ (1) F34 Econo-Watt








509 C.T. Barkalow Prep Room 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast






























523 C.T. Barkalow Custodian4' Wrap Fixture w/ (1) F34 Econo-Watt




524 C.T. Barkalow Girls 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


525 C.T. Barkalow Boys 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


15 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


















534 C.T. Barkalow Computer Lab2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


535 C.T. Barkalow Library2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


536 C.T. Barkalow Library2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


537 C.T. Barkalow Work Room2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


538 C.T. Barkalow Librarian2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


539 C.T. Barkalow Audio/Visual2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


540 C.T. Barkalow Showcase 4' Strip Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast




542 C.T. Barkalow Girls1X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


543 C.T. Barkalow Girls 4' Vanity Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


544 C.T. Barkalow Girls Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$

545 C.T. Barkalow Custodian 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


546 C.T. Barkalow Class2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast










551 C.T. Barkalow Prep Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast






554 C.T. Barkalow Electrical Room 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


555 C.T. Barkalow Electrical Room Exit Sign w/ 2w LED 1 2 0.00 8,760 18 No Work Proposed 0 2 0.00 8,760 18 NO SENSOR PROPOSED 0 - - - - -$

556 C.T. Barkalow Faculty Bath2' Vanity Fixture with (2) F17 T8 Lamps &


557 C.T. Barkalow Faculty Bath Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$

558 C.T. Barkalow Faculty Women2' Vanity Fixture with (2) F17 T8 Lamps &


559 C.T. Barkalow Faculty Women Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$

560 C.T. Barkalow Faculty Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


561 C.T. Barkalow CafeteriaHigh Bay Fixture with (1) 400w Metal





562 C.T. Barkalow Cafeteria 250w Quartz 6 250 1.50 3,640 5,460 No Work Proposed 0 250 1.50 3,640 5460 NO SENSOR PROPOSED 0 - - - - -$

563 C.T. Barkalow Kitchen Storage 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


564 C.T. Barkalow Kitchen Storage2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


16 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


565 C.T. Barkalow Kitchen4' Vapor & Moisture Resistant Fixture w/

(2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


566 C.T. Barkalow Kitchen 100w Incandescent S/I 6 100 0.60 2,400 1,440Remove and Replace Existing Lamp With a New 23w Compact Fluorescent Two Piece Screw-In.


567 C.T. Barkalow Kitchen Recessed Can Can w/ (2) 13w CF PL 2 26 0.05 2,400 125 No Work Proposed 0 26 0.05 2,400 125 NO SENSOR PROPOSED 0 - - - - -$

568 C.T. Barkalow Locker 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


569 C.T. Barkalow Bathroom Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$



571 C.T. Barkalow Cafeteria Storage 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


572 C.T. Barkalow HW Heater 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


573 C.T. Barkalow Art Class2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


574 C.T. Barkalow Sprinkler Valve2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


575 C.T. Barkalow Gym High Bay Fixture with (8) 42w Triple Tube PL Fluorescent Lamps


576 C.T. Barkalow Gym Exit Sign w/ 2w LED 4 2 0.01 8,760 70 No Work Proposed 0 2 0.01 8,760 70 NO SENSOR PROPOSED 0 - - - - -$

577 C.T. Barkalow Storage Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast




579 C.T. Barkalow Electrical2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


580 C.T. Barkalow Stairs 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


581 C.T. Barkalow Storage Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


582 C.T. Barkalow mechanical Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast
















590 C.T. Barkalow Storage 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


591 C.T. Barkalow Hub Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast








595 C.T. Barkalow Digital Arts2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


596 C.T. Barkalow Girls Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$



598 C.T. Barkalow Custodial Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


599 C.T. Barkalow Restroom2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


600 C.T. Barkalow Boys Recessed Can Can w/ (2) 13w CF PL 2 26 0.05 2,400 125 No Work Proposed 0 26 0.05 2,400 125 NO SENSOR PROPOSED 0 - - - - -$

601 C.T. Barkalow Boys2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


602 C.T. Barkalow Faculty Conference2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


17 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


603 C.T. Barkalow OutsideWall Pack Fixture w/ (1) 50w High






605 C.T. Barkalow Outside Recessed Can Can w/ (2) 13w CF PL 5 26 0.13 3,640 473 No Work Proposed 0 26 0.13 3,640 473 NO SENSOR PROPOSED 0 - - - - -$

606 C.T. Barkalow OutsideParking Lot Fixture Mounted on a Pole w/ (1) 400w Probe Start Metal Halide Lamp


607 C.T. Barkalow Outside 100w Incandescent S/I 1 100 0.10 3,640 364Remove and Replace Existing Lamp With a New 23w Compact Fluorescent Two Piece Screw-In.


- 14.64 35,575.40 - 35,575.40 $5,763.21

608 E.C.L.C. Corridor 3842X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


609 E.C.L.C. Corridor 384 Exit Sign w/ 2w LED 1 2 0.00 8,760 18 No Work Proposed 0 2 0.00 8,760 18 NO SENSOR PROPOSED 0 - - - - -$



611 E.C.L.C. Corridor 385 4' Strip Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast



613 E.C.L.C. Entrance 2402X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


614 E.C.L.C. Entrance 240 4' Strip Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


615 E.C.L.C. Entrance 240 Exit Sign w/ 2w LED 2 2 0.00 8,760 35 No Work Proposed 0 2 0.00 8,760 35 NO SENSOR PROPOSED 0 - - - - -$







620 E.C.L.C. Elevator2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast











627 E.C.L.C. Stairs 354 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast






630 E.C.L.C. Corridor 576 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast



632 E.C.L.C. Stairs 3552X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


633 E.C.L.C. Stairs 355 Exit Sign w/ 2w LED 1 2 0.00 8,760 18 No Work Proposed 0 2 0.00 8,760 18 NO SENSOR PROPOSED 0 - - - - -$

634 E.C.L.C. Corridor 512 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast




636 E.C.L.C. Class4' Wrap Fixture w/ (2) F32 T8 Lamps &




1 - - 384 384 62.56$





1 - - 384 384 62.56$

638 E.C.L.C. Class 4' Direct/Indirect Fxiture with (3) F32 T8 Lamps & (1) 3L Electronic Ballast


639 E.C.L.C. Bathroom2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


640 E.C.L.C. Storage2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




642 E.C.L.C. Restroom2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


Totals for Lighting System Upgrades at C.T. Barkalow:

18 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings








646 E.C.L.C. Bathroom Exit Sign w/ 2w LED 1 2 0.00 8,760 18 No Work Proposed 0 2 0.00 8,760 18 NO SENSOR PROPOSED 0 - - - - -$





649 E.C.L.C. Girls 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


650 E.C.L.C. Faculty Room 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


651 E.C.L.C. Faculty Room 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


652 E.C.L.C. Conference Room 2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


653 E.C.L.C. Conference Room Exit Sign w/ 2w LED 1 2 0.00 8,760 18 No Work Proposed 0 2 0.00 8,760 18 NO SENSOR PROPOSED 0 - - - - -$

654 E.C.L.C. Boys 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


655 E.C.L.C. Electrical2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


656 E.C.L.C. Kitchen2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


657 E.C.L.C. Hub2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


658 E.C.L.C. Asst. Super/Admin2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


659 E.C.L.C. Asst. Super/Admin Exit Sign w/ 2w LED 2 2 0.00 8,760 35 No Work Proposed 0 2 0.00 8,760 35 NO SENSOR PROPOSED 0 - - - - -$

660 E.C.L.C. SGI/Copy Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast

5 89 0.45 1,500 668 No Work Proposed 0 89 0.45 975 434



1 - - 234 234 38.03$

661 E.C.L.C. Kiln Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


662 E.C.L.C. Janitor 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


663 E.C.L.C. Storage 60w. Incandescent S/I 1 60 0.06 500 30Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


664 E.C.L.C. Faculty Bath2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


665 E.C.L.C. Class2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast





9 89 0.80 1,500 1,202 No Work Proposed 0 89 0.80 975 781



1 - - 421 421 68.46$









672 E.C.L.C. Class2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


673 E.C.L.C. Restroom2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


674 E.C.L.C. Restroom Exit Sign w/ 2w LED 2 2 0.00 8,760 35 No Work Proposed 0 2 0.00 8,760 35 NO SENSOR PROPOSED 0 - - - - -$

675 E.C.L.C. Nurse's Office2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




677 E.C.L.C. Nurse's Office 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


678 E.C.L.C. Nurse's Office 60w. Incandescent S/I 2 60 0.12 2,400 288Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


679 E.C.L.C. Main Office2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


19 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


680 E.C.L.C. Copy Room2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




682 E.C.L.C. Building Admin2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


683 E.C.L.C. Bathroom 60w. Incandescent S/I 4 60 0.24 2,400 576Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


684 E.C.L.C. Bathroom 23w Compact Fluorescent S/I 2 23 0.05 2,400 110 No Work Proposed 0 23 0.05 2,400 110 NO SENSOR PROPOSED 0 - - - - -$

685 E.C.L.C. Boys2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast

3 110 0.33 2,400 792 No Work Proposed 0 110 0.33 1,560 515

Low Voltage (w/ PP-20) Dual Technology Ceiling Sensor (8-15' Mtg. Height) 360 Deg. Coverage 12' Circulur Viewing Pattern @ 9'

High-(1) PP-20 per sensor

1 - - 277 277 45.13$

686 E.C.L.C. Girls2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast

3 110 0.33 2,400 792 No Work Proposed 0 110 0.33 1,560 515



1 - - 277 277 45.13$

687 E.C.L.C. Child Study4' Wrap Fixture w/ (2) F32 T8 Lamps &




2 - - 384 384 62.56$

688 E.C.L.C. Child Study Team2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


689 E.C.L.C. Office2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


690 E.C.L.C. Director/Super2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast



6 89 0.53 2,400 1,282 No Work Proposed 0 89 0.53 1,560 833



1 - - 449 449 73.03$

692 E.C.L.C. Conference2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


693 E.C.L.C. Storage 60w. Incandescent S/I 2 60 0.12 500 60Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


694 E.C.L.C. Health Services2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


695 E.C.L.C. Coordinator Office2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast

6 89 0.53 2,400 1,282 No Work Proposed 0 89 0.53 1,560 833



1 - - 449 449 73.03$

696 E.C.L.C. Elevator B 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


697 E.C.L.C. Elevator B2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


698 E.C.L.C. Paper Storage 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


699 E.C.L.C. Custodian 60w. Incandescent S/I 1 60 0.06 1,000 60Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


700 E.C.L.C. Technology Staff4' Wrap Fixture w/ (2) F32 T8 Lamps &




2 - - 448 448 72.99$

701 E.C.L.C. Men's Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


702 E.C.L.C. Storage 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


703 E.C.L.C. Business Admin2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast

7 110 0.77 2,400 1,848 No Work Proposed 0 110 0.77 1,560 1201



1 - - 647 647 105.30$







707 E.C.L.C. office 22X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


20 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


708 E.C.L.C. Office 32X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


709 E.C.L.C. conference2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast

6 110 0.66 2,400 1,584 No Work Proposed 0 110 0.66 1,560 1030



1 - - 554 554 90.26$



711 E.C.L.C. Secretary2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


712 E.C.L.C. HR Department2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast







715 E.C.L.C. Super of Schools2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




717 E.C.L.C. Office 12X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast







720 E.C.L.C. Women's Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




722 E.C.L.C. Closet2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


723 E.C.L.C. storage2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


724 E.C.L.C. storage 75w. Incandescent S/I 6 75 0.45 500 225Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


725 E.C.L.C. Meeting Room2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


726 E.C.L.C. Meeting Room 75w. Incandescent S/I 6 75 0.45 2,400 1,080Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


727 E.C.L.C. GymHigh Bay Fixture with (1) 400w Metal





728 E.C.L.C. Closet Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


729 E.C.L.C. Closet Exit Sign w/ 2w LED 5 2 0.01 8,760 88 No Work Proposed 0 2 0.01 8,760 88 NO SENSOR PROPOSED 0 - - - - -$

730 E.C.L.C. Stage2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


731 E.C.L.C. Stage 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


732 E.C.L.C. Electrical Room 60w. Incandescent S/I 2 60 0.12 1,000 120Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


733 E.C.L.C. Attic 150w Incandescent S/I 9 150 1.35 500 675 Re-lamp with 40w Compact Fluorescent 9 40 0.36 500 180 NO SENSOR PROPOSED 0 0.99 495 - 495 80.59$

734 E.C.L.C. Attic 150w Incandescent S/I 8 150 1.20 500 600 Re-lamp with 40w Compact Fluorescent 8 40 0.32 500 160 NO SENSOR PROPOSED 0 0.88 440 - 440 71.63$

735 E.C.L.C. Stairs to Basement 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


736 E.C.L.C. Stairs to Basement 2' Wrap Fixture w/ (2) F17 T8 Lamps & (1) 2L Electronic Ballast


737 E.C.L.C. Computer Storage 4' Wrap Fxiture with (4) F32 T8 Lamps & (1) 4L Electronic Ballast


738 E.C.L.C. Computer Storage Exit Sign w/ 2w LED 1 2 0.00 8,760 18 No Work Proposed 0 2 0.00 8,760 18 NO SENSOR PROPOSED 0 - - - - -$

739 E.C.L.C. Storage Room #2 4' Wrap Fxiture with (4) F32 T8 Lamps & (1) 4L Electronic Ballast


740 E.C.L.C. Storage Room #24' Wrap Fixture w/ (1) F34 Econo-Watt




741 E.C.L.C. Electrical Room 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


742 E.C.L.C. Crawlspace 100w Incandescent S/I 8 100 0.80 1,000 800Remove and Replace Existing Lamp With a New 23w Compact Fluorescent Two Piece Screw-In.



T12 Lamps & (1) 2-Light Magnetic Ballast2 80 0.16 500 80


Energy Saving Lamps, New Lamp Sockets.2 61 0.12 500 61 NO SENSOR PROPOSED 0 0.04 19 - 19 3.09$

21 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


744 E.C.L.C. Storage Room #4 100w Incandescent S/I 1 100 0.10 500 50 New 4' Wrap Fixture, (2) F32 Lamps, NP Ballast, Miro4 Reflector.


745 E.C.L.C. head Custodian1X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


746 E.C.L.C. head Custodian Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


747 E.C.L.C. Boiler Room Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


748 E.C.L.C. Boiler Room 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


749 E.C.L.C. Old Lunch Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


750 E.C.L.C. Old Lunch Room2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


751 E.C.L.C. Old Lunch Room 4' Vanity Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


752 E.C.L.C. Kitchen2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast




754 E.C.L.C. Electrical Panel 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


755 E.C.L.C. School Services2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast


756 E.C.L.C. Electrical Room 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


757 E.C.L.C. OutsideWall Pack Fixture w/ (1) 50w High






759 E.C.L.C. Outside 60w. Incandescent S/I 5 60 0.30 3,640 1,092Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


760 E.C.L.C. OutsideParking Lot Fixture Mounted on a Pole w/ (1) 400w Probe Start Metal Halide Lamp


20.00 5.84 8,485.20 6,447.84 14,933.04 $2,431.10

761M.W.

ErricksonCorridor 4-8



762 M.W. Errickson

Corridor 4-8 Exit Sign w/ 2w LED 1 2 0.00 8,760 18 No Work Proposed 0 2 0.00 8,760 18 NO SENSOR PROPOSED 0 - - - - -$

763M.W.




764 M.W. Errickson


765M.W.

ErricksonCorridor 31



766M.W.

ErricksonCorridor Main



767 M.W. Errickson

Corridor Main Recessed Can Can w/ (2) 13w CF PL 4 26 0.10 3,640 379 No Work Proposed 0 26 0.10 3,640 379 NO SENSOR PROPOSED 0 - - - - -$

768 M.W. Errickson

Corridor Main Recessed Can Can w/ (2) 13w CF PL 4 26 0.10 3,640 379 No Work Proposed 0 26 0.10 3,640 379 NO SENSOR PROPOSED 0 - - - - -$

769M.W.




770 M.W. Errickson


771 M.W. Errickson

Corridor 39-40 Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 3,640 95 No Work Proposed 0 26 0.03 3,640 95 NO SENSOR PROPOSED 0 - - - - -$

772M.W.




773 M.W. Errickson


774M.W.




775 M.W. Errickson


776M.W.




777 M.W. Errickson


778M.W.

ErricksonKitchen



779M.W.

ErricksonKitchen



780M.W.

ErricksonCafeteria



781 M.W. Errickson

Cafeteria Exit Sign w/ 2w LED 4 2 0.01 8,760 70 No Work Proposed 0 2 0.01 8,760 70 NO SENSOR PROPOSED 0 - - - - -$

Totals for Lighting System Upgrades at the ECLC:

22 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


782M.W.

ErricksonStage



783 M.W. Errickson

Stage Exit Sign w/ 2w LED 2 2 0.00 8,760 35 No Work Proposed 0 2 0.00 8,760 35 NO SENSOR PROPOSED 0 - - - - -$

784M.W.

ErricksonGym

Industrial Hood 8' Fxiture with (2) F32 T8 Lamps & (2) 2L Electronic Ballast


785 M.W. Errickson

Gym Exit Sign w/ 2w LED 4 2 0.01 8,760 70 No Work Proposed 0 2 0.01 8,760 70 NO SENSOR PROPOSED 0 - - - - -$

786M.W.

ErricksonPrincipal




787M.W.

ErricksonNurse's Office



788 M.W. Errickson

Nurse's Office Recessed Can Can w/ (2) 13w CF PL 2 26 0.05 2,400 125 No Work Proposed 0 26 0.05 2,400 125 NO SENSOR PROPOSED 0 - - - - -$

789 M.W. Errickson


790M.W.

ErricksonBathroom



791M.W.

ErricksonBathroom



792 M.W. Errickson


793M.W.

ErricksonWork Room



794 M.W. Errickson

Corridor Recessed Can Can w/ (2) 13w CF PL 2 26 0.05 3,640 189 No Work Proposed 0 26 0.05 3,640 189 NO SENSOR PROPOSED 0 - - - - -$

795M.W.

ErricksonMain Office



796M.W.

ErricksonLobby (1-8)



797M.W.




798M.W.




799M.W.

ErricksonClass

8' Fixture with Egg Style Metal Lens w/ (4) F32 T8 Lamps & (1) 4-Light Electronic

Ballasts9 110 0.99 1,500 1,485


Lamp Electronic Normal Power Ballast, Miro4 Reflector, and (2) 4' T8 Energy Saving Lamps.


800M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




801M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




802M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




803M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




804M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




805M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




806M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




807M.W.

ErricksonBoys



808M.W.

ErricksonBoys



809 M.W. Errickson

Custodian 1 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


810 M.W. Errickson

Girls Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$

811M.W.

ErricksonGirls



812 M.W. Errickson



23 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


813 M.W. Errickson

Mechanical 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


814M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485



9 61 0.55 975 535



1 0.44 662 288 950 158.03$

815M.W.

ErricksonComputer

4' Fxiture with Egg Style Lens with (2) F32 T8 Lamps & (1) 2L Electonic Ballast

5 61 0.31 1,500 458



5 55 0.28 975 268



2 0.03 45 144 189 31.51$

816M.W.

ErricksonComputer


Ballasts9 110 0.99 1,500 1,485




817M.W.

ErricksonLibrary



818M.W.

ErricksonLibrary


Ballasts27 110 2.97 2,400 7,128




819M.W.

ErricksonAudio Visual



820M.W.

ErricksonMedia Office



821M.W.

ErricksonCST


Ballasts4 110 0.44 2,400 1,056




822M.W.

ErricksonSpeech


3 110 0.33 1,500 495 No Work Proposed 0 110 0.33 975 322



1 - - 173 173 28.83$

823M.W.

ErricksonArt Class


Ballasts6 110 0.66 1,500 990




824M.W.

ErricksonArt Class


5 61 0.31 1,500 458




825M.W.

ErricksonKiln



826M.W.

ErricksonArt Storage


Ballasts2 110 0.22 500 110




827M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




828M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




829M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




830M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




831M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




832M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




833M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




834M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




24 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


835M.W.

ErricksonClass


Ballasts4 110 0.44 1,500 660




836 M.W. Errickson

Girls 4' Strip Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


837 M.W. Errickson


838 M.W. Errickson

Custodian 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


839 M.W. Errickson

Boys 4' Strip Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


840 M.W. Errickson

Boys Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$

841M.W.

ErricksonSupervisor


4 61 0.24 2,400 586 No Work Proposed 0 61 0.24 1,560 381



1 - - 205 205 34.11$

842 M.W. Errickson

Storage 10 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


843 M.W. Errickson

Attic 23w Compact Fluorescent S/I 9 23 0.21 500 104 No Work Proposed 0 23 0.21 500 104 NO SENSOR PROPOSED 0 - - - - -$

844M.W.

ErricksonElevator



845M.W.

ErricksonElevator



846M.W.

ErricksonOffice



847M.W.

ErricksonSpeech


10 110 1.10 1,500 1,650 No Work Proposed 0 110 1.10 975 1073



2 - - 578 578 96.10$

848 M.W. Errickson



849 M.W. Errickson



850 M.W. Errickson

Storage 150w Incandescent S/I 3 150 0.45 500 225 Re-lamp with 40w Compact Fluorescent 3 40 0.12 500 60 NO SENSOR PROPOSED 0 0.33 165 - 165 27.46$

851M.W.

ErricksonSGI



852M.W.

ErricksonStorage 5



853M.W.

ErricksonKitchen



854M.W.

ErricksonOffice



855M.W.

ErricksonChair Storage



856 M.W. Errickson

Outside Storage 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


857 M.W. Errickson

Receiving Room 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


858 M.W. Errickson

Emergency Generator 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


859 M.W. Errickson

Panel Room 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


860 M.W. Errickson



861 M.W. Errickson

Outside Storage 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


862M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




863M.W.

ErricksonLobby



864M.W.

ErricksonCoat Room



865 M.W. Errickson

Coat Room 23w Compact Fluorescent S/I 2 23 0.05 1,500 69 No Work Proposed 0 23 0.05 1,500 69 NO SENSOR PROPOSED 0 - - - - -$

866M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




867 M.W. Errickson

Toilet 23w Compact Fluorescent S/I 1 23 0.02 2,400 55 No Work Proposed 0 23 0.02 2,400 55 NO SENSOR PROPOSED 0 - - - - -$

868M.W.

ErricksonStorage



869M.W.

ErricksonClass


Ballasts6 110 0.66 1,500 990




25 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


870M.W.

ErricksonClass



871 M.W. Errickson



872M.W.

ErricksonToilet



873M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




874M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




875M.W.

ErricksonBathroom



876M.W.

ErricksonLobby



877M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




878M.W.

ErricksonStorage Alcove



879M.W.




880M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




881 M.W. Errickson

Bathroom 23w Compact Fluorescent S/I 1 23 0.02 2,400 55 No Work Proposed 0 23 0.02 2,400 55 NO SENSOR PROPOSED 0 - - - - -$

882M.W.

ErricksonStorage



883M.W.

ErricksonCoat Room



884M.W.

ErricksonToilet 75w. Incandescent S/I 1 75 0.08 2,400 180



885M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485




886 M.W. Errickson



887 M.W. Errickson

Class 4' Direct/Indirect Fxiture with (3) F32 T8 Lamps & (1) 3L Electronic Ballast


888 M.W. Errickson

Class 4' Direct/Indirect Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


889M.W.

ErricksonBathroom



890M.W.

ErricksonStorage



891 M.W. Errickson

Storage Exit Sign w/ 2w LED 1 2 0.00 8,760 18 No Work Proposed 0 2 0.00 8,760 18 NO SENSOR PROPOSED 0 - - - - -$

892 M.W. Errickson



893 M.W. Errickson



894M.W.

ErricksonBathroom



895M.W.

ErricksonStorage



896 M.W. Errickson


897 M.W. Errickson



898 M.W. Errickson



899 M.W. Errickson



900M.W.

ErricksonBathroom



901M.W.

ErricksonStorage



902 M.W. Errickson


903M.W.

ErricksonMPR Recessed Can Can w/ (2) 57w CF PL 13 114 1.48 2,400 3,557 No Work Proposed 0 114 1.48 2,400 3557 NO SENSOR PROPOSED 0 - - - - -$

26 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


904 M.W. Errickson



905M.W.

ErricksonRestroom



906M.W.

ErricksonStorage



907M.W.

ErricksonKitchen



908M.W.

ErricksonKitchen Storage



909 M.W. Errickson

Cafeteria Recessed Can Can w/ (2) 57w CF PL 12 114 1.37 3,640 4,980 No Work Proposed 0 114 1.37 3,640 4980 NO SENSOR PROPOSED 0 - - - - -$

910 M.W. Errickson

Cafeteria Exit Sign w/ 2w LED 3 2 0.01 8,760 53 No Work Proposed 0 2 0.01 8,760 53 NO SENSOR PROPOSED 0 - - - - -$

911M.W.

ErricksonRestroom



912 M.W. Errickson

Custodian Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


913 M.W. Errickson



914 M.W. Errickson



915M.W.

ErricksonBathroom



916M.W.

ErricksonStorage



917 M.W. Errickson


918 M.W. Errickson



919 M.W. Errickson



920M.W.

ErricksonBathroom



921M.W.

ErricksonStorage



922 M.W. Errickson


923M.W.

ErricksonGirls



924 M.W. Errickson


925 M.W. Errickson

Custodian 3 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


926M.W.

ErricksonBoys



927 M.W. Errickson

Boys Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 No Work Proposed 0 26 0.03 2,400 62 NO SENSOR PROPOSED 0 - - - - -$

928M.W.

ErricksonMen's Room



929M.W.

ErricksonMen's Room




930M.W.

ErricksonTeachers Room


4 178 0.71 2,400 1,709 No Work Proposed 0 178 0.71 1,560 1111



1 - - 598 598 99.52$

931M.W.

ErricksonTeachers Room 60w. Incandescent S/I 2 60 0.12 2,400 288



932M.W.

ErricksonTeachers Room 25w. Incandescent S/I A-Lamp 2 25 0.05 2,400 120



933M.W.

ErricksonFaculty Work Room



934 M.W. Errickson

Electrical Room 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


935 M.W. Errickson



936M.W.

ErricksonClass


12 110 1.32 1,500 1,980 No Work Proposed 0 110 1.32 975 1287



1 - - 693 693 115.32$

937M.W.

ErricksonInstrumental Music


7 110 0.77 1,500 1,155 No Work Proposed 0 110 0.77 975 751



1 - - 404 404 67.27$

938M.W.




939M.W.

ErricksonClass


11 110 1.21 1,500 1,815 No Work Proposed 0 110 1.32 1,500 1980 NO SENSOR PROPOSED 0 (0.11) (165) - (165) (27.46)$

27 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


940M.W.

ErricksonClass


1 61 0.06 1,500 92 No Work Proposed 0 61 0.06 975 59



1 - - 32 32 5.33$

941M.W.

ErricksonClass


12 110 1.32 1,500 1,980 No Work Proposed 0 110 1.32 975 1287



1 - - 693 693 115.32$

942M.W.

ErricksonClass



943M.W.

ErricksonClass



944M.W.

ErricksonBoys



945M.W.

ErricksonBoys



946 M.W. Errickson

Janitors Closet 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


947M.W.

ErricksonGirls



948M.W.

ErricksonGirls



949M.W.

ErricksonOutside



950M.W.

ErricksonOutside



951M.W.

ErricksonOutside

Wal Pack Fixture with (1) 250w Metal Halide Lamp and (1) Magnetic HID Ballast


952M.W.

ErricksonOutside

Wall Pack Fixture with (1) 100w Metal Halide Lamp and (1) Magnetic HID Ballast


953M.W.

ErricksonOutside



17 13.91 21,992.50 4,459.39 26,451.89 $4,401.59

954Laura

DonovanCorridor 400-403



955Laura




956Laura




957 Laura Donovan


958Laura




959Laura




960Laura




961Laura

DonovanCorridor 402-404 Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 3,640 95 No Work Proposed 0 26 0.03 3,640 95 NO SENSOR PROPOSED 0 - - - - -$

962 Laura Donovan


963Laura




964Laura




965 Laura Donovan


966Laura

DonovanCorridor 412A



967 Laura Donovan

Corridor 412A Exit Sign w/ 2w LED 2 2 0.00 8,760 35 No Work Proposed 0 2 0.00 8,760 35 NO SENSOR PROPOSED 0 - - - - -$

968Laura

DonovanCorridor Main



969 Laura Donovan

Corridor Main Exit Sign w/ 2w LED 1 2 0.00 8,760 18 No Work Proposed 0 2 0.00 8,760 18 NO SENSOR PROPOSED 0 - - - - -$

970Laura




971 Laura Donovan


972Laura




Totals for Lighting System Upgrades at M.W. Errickson:

28 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


973Laura




974 Laura Donovan


975Laura

DonovanCorridor 5-8



976Laura

DonovanCorridor 5-8



977 Laura Donovan


978Laura




979Laura




980Laura

DonovanMedia Center 435



981Laura

DonovanComm. - MC



982 Laura Donovan

Comm. - MC Exit Sign w/ 2w LED 1 2 0.00 8,760 18 No Work Proposed 0 2 0.00 8,760 18 NO SENSOR PROPOSED 0 - - - - -$

983Laura

DonovanCafeteria



984 Laura Donovan

Storage - Caf 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


985Laura

DonovanRoom 44 - Caf



986Laura

DonovanKitchen



987Laura

DonovanKitchen



988 Laura Donovan

Kitchen Exit Sign w/ 2w LED 4 2 0.01 8,760 70 No Work Proposed 0 2 0.01 8,760 70 NO SENSOR PROPOSED 0 - - - - -$

989Laura

DonovanGym


20 445 8.90 2,400 21,360




990Laura

DonovanStorage - Gym

4' Industrail Hood Fixture with (2) F34 Econo-Watt T12 Lamps & (1) 2L Magnetic

Ballast1 80 0.08 500 40

Re-lamp & Re-ballast existing fixture. Install a 2-Lamp Electronic Low Power Ballast, (2) 4' T8 Energy Saving Lamps, New Lamp Sockets.


991 Laura Donovan

Storage - Gym Recessed Can Can w/ (2) 13w CF PL 2 26 0.05 500 26 No Work Proposed 0 26 0.05 500 26 NO SENSOR PROPOSED 0 - - - - -$

992 Laura Donovan

Office - Gym 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


993Laura

DonovanBR - Gym



994Laura

DonovanGym - Stair Recessed Can Can w/ (2) 13w CF PL 3 26 0.08 2,400 187 No Work Proposed 0 26 0.08 2,400 187 NO SENSOR PROPOSED 0 - - - - -$

995 Laura Donovan

Gym - Stair Exit Sign w/ (2) 20w Incandescent Lamps 6 40 0.24 8,760 2,102 Remove and Replace existing exit sign with a new LED exit sign.


996 Laura Donovan

Stage 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


997 Laura Donovan

Stage 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


998 Laura Donovan

Stage Exit Sign w/ 2w LED 2 2 0.00 8,760 35 No Work Proposed 0 2 0.00 8,760 35 NO SENSOR PROPOSED 0 - - - - -$

999Laura

DonovanClass

8' Wrap Fxiture with (4) F32 T8 Lamps & (1) 4L Electronic Ballast

11 110 1.21 1,500 1,815 No Work Proposed 0 110 1.21 975 1180



1 - - 635 635 107.67$

1000 Laura Donovan



1001Laura

DonovanBathroom 40w. Incandescent S/I 2 40 0.08 2,400 192



1002Laura

DonovanClass


8 110 0.88 1,500 1,320 No Work Proposed 0 110 0.88 975 858



1 - - 462 462 78.31$

1003 Laura Donovan



1004Laura

DonovanClass


8 110 0.88 1,500 1,320 No Work Proposed 0 110 0.88 975 858



1 - - 462 462 78.31$

1005 Laura Donovan



1006Laura

DonovanClass


8 110 0.88 1,500 1,320 No Work Proposed 0 110 0.88 975 858



1 - - 462 462 78.31$

29 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


1007 Laura Donovan



1008Laura

DonovanSupervisors Office


4 110 0.44 2,400 1,056 No Work Proposed 0 110 0.44 1,560 686



1 - - 370 370 62.65$

1009 Laura Donovan

Supervisors Office 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


1010Laura

DonovanStorage #1 100w Incandescent S/I 4 100 0.40 500 200



1011 Laura Donovan

Class 8' Wrap Fxiture with (4) F32 T8 Lamps & (1) 4L Electronic Ballast


1012 Laura Donovan



1013 Laura Donovan



1014 Laura Donovan



1015 Laura Donovan



1016 Laura Donovan



1017 Laura Donovan



1018 Laura Donovan



1019 Laura Donovan



1020 Laura Donovan



1021Laura

DonovanElectric Service 100w Incandescent S/I 4 100 0.40 1,000 400



1022 Laura Donovan



1023 Laura Donovan



1024 Laura Donovan



1025 Laura Donovan



1026 Laura Donovan



1027 Laura Donovan



1028 Laura Donovan



1029 Laura Donovan



1030 Laura Donovan



1031 Laura Donovan


1032 Laura Donovan



1033 Laura Donovan


1034 Laura Donovan



1035Laura

DonovanExit Vestibule



1036Laura

DonovanArt Room


15 110 1.65 1,500 2,475 No Work Proposed 0 110 1.65 975 1609



2 - - 866 866 146.83$

1037 Laura Donovan

Kiln Room 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


1038Laura

DonovanCST


6 61 0.37 2,400 878 No Work Proposed 0 61 0.37 1,560 571



1 - - 307 307 52.11$

1039 Laura Donovan



1040Laura

DonovanCustodian 100w Incandescent S/I 2 100 0.20 1,000 200



1041Laura

DonovanSprinkler Valve 100w Incandescent S/I 4 100 0.40 1,000 400



1042 Laura Donovan



1043 Laura Donovan



1044 Laura Donovan



1045 Laura Donovan



1046 Laura Donovan



1047 Laura Donovan



1048 Laura Donovan



30 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


1049Laura

DonovanComputer Class


27 61 1.65 1,500 2,471 No Work Proposed 0 61 1.65 975 1606



2 - - 865 865 146.56$

1050Laura

DonovanClass


12 61 0.73 1,500 1,098 No Work Proposed 0 61 0.73 975 714



1 - - 384 384 65.14$

1051Laura

DonovanClass


14 61 0.85 1,500 1,281 No Work Proposed 0 61 0.85 975 833



1 - - 448 448 76.00$

1052Laura

DonovanEnrichment Class


14 61 0.85 1,500 1,281 No Work Proposed 0 61 0.85 975 833



1 - - 448 448 76.00$

1053Laura

DonovanStorage



1054 Laura Donovan



1055 Laura Donovan



1056Laura

DonovanClass


12 110 1.32 1,500 1,980 No Work Proposed 0 110 1.32 975 1287



1 - - 693 693 117.46$

1057Laura

DonovanClass


12 110 1.32 1,500 1,980 No Work Proposed 0 110 1.32 975 1287



1 - - 693 693 117.46$

1058Laura

DonovanClass


12 110 1.32 1,500 1,980 No Work Proposed 0 110 1.32 975 1287



1 - - 693 693 117.46$

1059Laura

DonovanClass


12 110 1.32 1,500 1,980 No Work Proposed 0 110 1.32 975 1287



1 - - 693 693 117.46$

1060 Laura Donovan



1061Laura

DonovanStorage 100w Incandescent S/I 4 100 0.40 500 200



1062Laura

DonovanClass


12 110 1.32 1,500 1,980 No Work Proposed 0 110 1.32 975 1287



1 - - 693 693 117.46$

1063Laura




1064 Laura Donovan



1065Laura




1066 Laura Donovan



1067Laura




1068 Laura Donovan



1069Laura




1070 Laura Donovan



1071Laura

DonovanStorage 75w. Incandescent S/I 2 75 0.15 500 75



1072Laura




1073Laura

DonovanClass


16 110 1.76 1,500 2,640 No Work Proposed 0 110 1.76 975 1716



1 - - 924 924 156.62$

1074Laura




1075Laura

DonovanRestroom 40w. Incandescent S/I 2 40 0.08 2,400 192



1076Laura

DonovanElectric Room 75w. Incandescent S/I 2 75 0.15 1,000 150



1077Laura

DonovanNurse's Office



31 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


1078Laura

DonovanStorage 100w Incandescent S/I 1 100 0.10 500 50



1079Laura




1080Laura

DonovanMain Office



1081Laura

DonovanPrincipal


6 89 0.53 2,400 1,282 No Work Proposed 0 89 0.53 1,560 833



1 - - 449 449 76.03$

1082Laura

DonovanWork Room



1083Laura




1084Laura

DonovanClass


11 110 1.21 1,500 1,815 No Work Proposed 0 110 1.21 975 1180



2 - - 635 635 107.67$

1085 Laura Donovan

Electric Panel 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


1086Laura

DonovanSmall Group



1087 Laura Donovan

Small Group 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


1088Laura

DonovanRestroom




1089Laura

DonovanRestroom 60w. Incandescent S/I 2 60 0.12 2,400 288



1090Laura

DonovanWomen's Room



1091 Laura Donovan

Women's Room 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


1092 Laura Donovan

Restroom 4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


1093Laura

DonovanRestroom



1094Laura

DonovanMusic Room


9 89 0.80 1,500 1,202 No Work Proposed 0 89 0.80 975 781 Wall Switch Occupancy Sensor 1 - - 421 421 71.28$

1095 Laura Donovan

Speech 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


1096Laura

DonovanSpeech



1097Laura




1098Laura




1099 Laura Donovan

Hub room Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1100Laura

DonovanTeachers Room


10 89 0.89 2,400 2,136 No Work Proposed 0 89 0.89 1,560 1388



1 - - 748 748 126.72$

1101Laura

DonovanGirls



1102Laura

DonovanBoys



1103Laura

DonovanSmall Group C



1104Laura

DonovanStorage #6



1105Laura

DonovanClass


12 89 1.07 1,500 1,602 No Work Proposed 0 89 1.07 975 1041



1 - - 561 561 95.04$

1106Laura

DonovanClass


12 89 1.07 1,500 1,602 No Work Proposed 0 89 1.07 975 1041



1 - - 561 561 95.04$

1107Laura

DonovanClass



1108Laura

DonovanClass



32 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


1109Laura

DonovanClass

4' Direct/Indirect Fxiture with (3) F32 T8 Lamps & (1) 3L Electronic Ballast

8 89 0.71 1,500 1,068 No Work Proposed 0 89 0.71 975 694



1 - - 374 374 63.36$

1110 Laura Donovan



1111 Laura Donovan

Class Exit Sign w/ 2w LED 2 2 0.00 8,760 35 No Work Proposed 0 2 0.00 8,760 35 NO SENSOR PROPOSED 0 - - - - -$

1112Laura

DonovanRestroom



1113Laura

DonovanStorage



1114Laura

DonovanClass


8 89 0.71 1,500 1,068 No Work Proposed 0 89 0.71 975 694



1 - - 374 374 63.36$

1115 Laura Donovan



1116 Laura Donovan


1117Laura

DonovanRestroom



1118Laura

DonovanStorage



1119Laura

DonovanClass


8 89 0.71 1,500 1,068 No Work Proposed 0 89 0.71 975 694



1 - - 374 374 63.36$

1120 Laura Donovan



1121 Laura Donovan


1122Laura

DonovanRestroom



1123Laura

DonovanStorage



1124Laura

DonovanClass


8 89 0.71 1,500 1,068 No Work Proposed 0 89 0.71 975 694



1 - - 374 374 63.36$

1125 Laura Donovan



1126 Laura Donovan


1127Laura

DonovanRestroom



1128Laura

DonovanStorage



1129 Laura Donovan

Lunch Room Recessed Can Can w/ (2) 57w CF PL 12 114 1.37 2,400 3,283 No Work Proposed 0 114 1.37 2,400 3283 NO SENSOR PROPOSED 0 - - - - -$

1130 Laura Donovan

Lunch Room Exit Sign w/ 2w LED 2 2 0.00 8,760 35 No Work Proposed 0 2 0.00 8,760 35 NO SENSOR PROPOSED 0 - - - - -$

1131Laura

DonovanRestroom



1132Laura

DonovanHW Heater



1133Laura

DonovanKitchen



1134Laura

DonovanKitchen Storage



1135 Laura Donovan

MPR Recessed Can Can w/ (2) 57w CF PL 13 114 1.48 2,400 3,557 No Work Proposed 0 114 1.48 2,400 3557 NO SENSOR PROPOSED 0 - - - - -$

1136 Laura Donovan

MPR Exit Sign w/ 2w LED 13 2 0.03 8,760 228 No Work Proposed 0 2 0.03 8,760 228 NO SENSOR PROPOSED 0 - - - - -$

1137 Laura Donovan



1138 Laura Donovan



1139Laura

DonovanRestroom



1140 Laura Donovan



1141 Laura Donovan



1142 Laura Donovan


1143Laura

DonovanRestroom



1144Laura

DonovanStorage



33 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


1145 Laura Donovan



1146Laura

DonovanOutside



1147Laura

DonovanOutside



1148Laura

DonovanOutside



1149Laura

DonovanOutside



1150Laura

DonovanOutside



32 7.15 15,405.28 15,384.18 30,789.46 $5,218.81

1151 West Freehold Corridor 262 4' Strip Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


1152 West Freehold Corridor 262 Wall Sconce w/ (2) PL 13 Compact Fluorescent Lamps


1153 West Freehold Corridor 262 Exit Sign w/ 2w LED 4 2 0.01 8,760 70 No Work Proposed 0 2 0.01 8,760 70 NO SENSOR PROPOSED 0 - - - - -$





1156 West Freehold Corridor 259,200-201 4' Strip Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


1157 West Freehold Corridor 259,200-201 Wall Sconce w/ (2) PL 13 Compact Fluorescent Lamps


1158 West Freehold Corridor 259,200-201 Exit Sign w/ 2w LED 8 2 0.02 8,760 140 No Work Proposed 0 2 0.02 8,760 140 NO SENSOR PROPOSED 0 - - - - -$














1166 West Freehold Corridor 2632X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast














1174 West Freehold Corridor 101 Recessed Can Can w/ (2) 13w CF PL 11 26 0.29 3,640 1,041 No Work Proposed 0 26 0.29 3,640 1041 NO SENSOR PROPOSED 0 - - - - -$


1176 West Freehold Vest. 100 Wall Sconce w/ (2) PL 13 Compact Fluorescent Lamps


1177 West Freehold Vest. 100Wall Pack Fixture with (2) 26w Compact

Fluorescent Lamps and (1) Magnetic Ballast





1180 West Freehold Commons2X2 recessed troffer with (2) F17 T8 Lamps & (1) 2-Light Electronic ballast


1181 West Freehold Commons Recessed Can Can w/ (2) 13w CF PL 18 26 0.47 2,400 1,123 No Work Proposed 0 26 0.47 2,400 1123 NO SENSOR PROPOSED 0 - - - - -$









Totals for Lighting System Upgrades at Laura Donovan:

34 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings





1188 West Freehold Corridor 109 Recessed Can Can w/ (2) 13w CF PL 3 26 0.08 3,640 284 No Work Proposed 0 26 0.08 3,640 284 NO SENSOR PROPOSED 0 - - - - -$



























1205 West Freehold Class4' Direct/Indirect Fxiture with (3) F32 T8


Wide View Low Voltage (w/PP-20) Wall Mounted Sensor-40' Range

(8-15' Mtg Height) 1 - - 467 467 74.39$

1206 West Freehold Class 4' Direct/Indirect Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast





(8-15' Mtg Height) 1 - - 467 467 74.39$






(8-15' Mtg Height) 1 - - 467 467 74.39$






(8-15' Mtg Height) 1 - - 467 467 74.39$






(8-15' Mtg Height) 1 - - 467 467 74.39$






(8-15' Mtg Height) 1 - - 467 467 74.39$






(8-15' Mtg Height) 1 - - 467 467 74.39$






(8-15' Mtg Height) 1 - - 467 467 74.39$






(8-15' Mtg Height) 1 - - 467 467 74.39$



1223 West Freehold Storage Shed Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1224 West Freehold Sprinkler Valve Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1225 West Freehold Class 4' Direct/Indirect Fxiture with (3) F32 T8 Lamps & (1) 3L Electronic Ballast




1227 West Freehold -Storage Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1228 West Freehold -Restroom2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


1229 West Freehold MPR 4' Direct/Indirect Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


35 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


1230 West Freehold Cafeteria A 4' Direct/Indirect Fxiture with (3) F32 T8 Lamps & (1) 3L Electronic Ballast


1231 West Freehold Cafeteria A 4' Direct/Indirect Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast






1234 West Freehold -Serving Kitchen2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


1235 West Freehold -Kitchen Storage Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1236 West Freehold Janitor Closet2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


1237 West Freehold Restroom2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


1238 West Freehold Class/Kindergarten 4' Direct/Indirect Fxiture with (3) F32 T8 Lamps & (1) 3L Electronic Ballast


1239 West Freehold Class/Kindergarten 4' Direct/Indirect Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast

































(8-15' Mtg Height) 1 - - 467 467 74.39$




(8-15' Mtg Height) 1 - - 467 467 74.39$




1257 West Freehold Women's Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


1258 West Freehold Men's Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


1259 West Freehold IDF Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


1260 West Freehold Electrical Closet2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


1261 West Freehold SGI 4' Direct/Indirect Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast
















1269 West Freehold SGI2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




36 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


1271 West Freehold SGI 22X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


1272 West Freehold Girls2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


1273 West Freehold Boys2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


1274 West Freehold SGI 32X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


1275 West Freehold Nurse's Office2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


1276 West Freehold Nurse's Office2X2 recessed troffer with (3) F17 T8 Lamps & (1) 3-Light Electronic ballast




1278 West Freehold Main Office2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


1279 West Freehold Main Office2X2 recessed troffer with (3) F17 T8 Lamps & (1) 3-Light Electronic ballast


1280 West Freehold Work Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




1282 West Freehold Conference Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


1283 West Freehold Principal2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


1284 West Freehold Library 4' Direct/Indirect Fxiture with (3) F32 T8 Lamps & (1) 3L Electronic Ballast


1285 West Freehold Library 4' Direct/Indirect Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1286 West Freehold Library2X2 recessed troffer with (3) F17 T8 Lamps & (1) 3-Light Electronic ballast


1287 West Freehold Library Recessed Can Can w/ (2) 57w CF PL 3 114 0.34 2,400 821 No Work Proposed 0 114 0.34 2,400 821 NO SENSOR PROPOSED 0 - - - - -$

1288 West Freehold Work Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


1289 West Freehold Library Storage2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




1291 West Freehold Computer Lab 4' Direct/Indirect Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1292 West Freehold Art Class2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


1293 West Freehold Kiln Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


1294 West Freehold Storage2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


1295 West Freehold Vice Principal2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast

3 89 0.27 2,400 641 No Work Proposed 0 89 0.27 1,560 417



1 - - 224 224 35.71$

1296 West Freehold MDF Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1297 West FreeholdComputer Training

Room4' Direct/Indirect Fixture w/ (2) F32 T/




1 - - 641 641 101.97$

1298 West Freehold Electrical Closet Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1299 West Freehold Guidence Office2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast

3 89 0.27 2,400 641 No Work Proposed 0 89 0.27 1,560 417



1 - - 224 224 35.71$

1300 West Freehold Testing2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast

3 89 0.27 1,500 401 No Work Proposed 0 89 0.27 975 260



1 - - 140 140 22.32$

1301 West Freehold CST2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast

3 89 0.27 2,400 641 No Work Proposed 0 89 0.27 1,560 417



1 - - 224 224 35.71$

37 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings



3 61 0.18 2,400 439 No Work Proposed 0 61 0.18 1,560 285



1 - - 154 154 24.47$


3 61 0.18 2,400 439 No Work Proposed 0 61 0.18 1,560 285



1 - - 154 154 24.47$

1304 West Freehold Instrumental Music2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast

6 89 0.53 1,500 801 No Work Proposed 0 89 0.53 975 521



1 - - 280 280 44.63$

1305 West Freehold Instrumental Music Recessed Can Can w/ (2) 13w CF PL 12 26 0.31 1,500 468 No Work Proposed 0 26 0.31 1,500 468 NO SENSOR PROPOSED 0 - - - - -$

1306 West Freehold Choral Music2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast

14 89 1.25 1,500 1,869 No Work Proposed 0 89 1.25 975 1215



1 - - 654 654 104.14$

1307 West Freehold Stage Alvoce2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


1308 West Freehold Stage 4' Wrap Fxiture with (4) F32 T8 Lamps & (1) 4L Electronic Ballast


1309 West Freehold Stage Alvoce2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


1310 West Freehold Gym High Bay Fixture with (8) 42w Triple Tube PL Fluorescent Lamps


1311 West Freehold Gym 250w Quartz 10 250 2.50 2,400 6,000 No Work Proposed 0 250 2.50 2,400 6000 NO SENSOR PROPOSED 0 - - - - -$

1312 West Freehold PE Office2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


1313 West Freehold Closet2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




1315 West Freehold Gym Storage Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1316 West Freehold Cafeteria 4' Direct/Indirect Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1317 West Freehold Cafeteria 4' Direct/Indirect Fxiture with (3) F32 T8 Lamps & (1) 3L Electronic Ballast


1318 West Freehold Cafeteria2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


1319 West Freehold Kitchen2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


1320 West Freehold Kitchen2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


1321 West Freehold PTO Storage2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




1323 West Freehold Locker Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


1324 West Freehold Janitor Closet2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


1325 West Freehold Janitor Closet2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast





3 61 0.18 2,400 439 No Work Proposed 0 61 0.18 1,560 285



1 - - 154 154 24.47$


3 61 0.18 2,400 439 No Work Proposed 0 61 0.18 1,560 285



1 - - 154 154 24.47$

1329 West Freehold Storage Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1330 West Freehold Storage Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast







38 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


1333 West Freehold Custodial Closet2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast


1334 West Freehold Faculty Work Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast

9 89 0.80 2,400 1,922 No Work Proposed 0 89 0.80 1,560 1250



1 - - 673 673 107.12$

1335 West Freehold Copy Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


1336 West Freehold Receiving Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast


1337 West Freehold Boiler Room Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1338 West Freehold Electrical Room Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1339 West Freehold Assistant Principal2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast







































































2 61 0.12 2,400 293 No Work Proposed 0 61 0.12 1,560 190



1 - - 102 102 16.31$

1375 West Freehold Janitor Closet Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


39 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings




1377 West Freehold Mechanical Room Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1378 West Freehold Electrical Room Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1379 West Freehold IDF Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast




1381 West Freehold Class2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast

15 89 1.34 1,500 2,003 No Work Proposed 0 89 1.34 975 1302



2 - - 701 701 111.58$



1383 West Freehold Courtyard 1Wal Pack Fixture with (1) 150w Metal

Halide Lamp and (1) Magnetic HID Ballast1 195 0.20 3,640 710 No Work Proposed 0 195 0.20 3,640 710 NO SENSOR PROPOSED 0 - - - - -$

1384 West Freehold Courtyard by 256Wal Pack Fixture with (1) 150w Metal


1385 West Freehold Courtyard by 332Wal Pack Fixture with (1) 150w Metal


1386 West Freehold OutsideWall Pack Fixture with (2) 26w Compact

Fluorescent Lamps and (1) Magnetic Ballast


1387 West Freehold OutsideWal Pack Fixture with (1) 150w Metal


1388 West Freehold OutsideParking Lot Fixture Mounted on a Pole w/ (1) 400w Probe Start Metal Halide Lamp


30 - - 10,714.41 10,714.41 $1,705.73

1389C.R.

ApplegateCorridor 10-18



1390C.R.




1391 C.R. Applegate


1392C.R.

ApplegateCorridor 29



1393 C.R. Applegate


1394C.R.




1395 C.R. Applegate


1396C.R.




1397 C.R. Applegate


1398C.R.




1399C.R.




1400 C.R. Applegate


1401C.R.




1402 C.R. Applegate


1403C.R.




1404 C.R. Applegate


1405 C.R. Applegate

Corridor 59 Exit Sign w/ (2) 20w Incandescent Lamps 2 40 0.08 8,760 701 Remove and Replace existing exit sign with a new LED exit sign.


1406C.R.




1407 C.R. Applegate


1408C.R.

ApplegateMedic Center Office



1409C.R.

ApplegateHub Room



1410 C.R. Applegate

Library 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


1411C.R.

ApplegateLibrary



Totals for Lighting System Upgrades at West Freehold:

40 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


1412 C.R. Applegate

Storage Room #1 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


1413C.R.

ApplegateLobby



1414 C.R. Applegate

Lobby Exit Sign w/ 2w LED 2 2 0.00 8,760 35 No Work Proposed 0 2 0.00 8,760 35 NO SENSOR PROPOSED 0 - - - - -$

1415C.R.

ApplegateLobby



1416 C.R. Applegate

Classroom 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


1417 C.R. Applegate



1418 C.R. Applegate



1419 C.R. Applegate



1420 C.R. Applegate



1421 C.R. Applegate



1422 C.R. Applegate



1423 C.R. Applegate



1424C.R.

ApplegateGirls



1425 C.R. Applegate

Girls 23w Compact Fluorescent S/I 1 23 0.02 2,400 55 No Work Proposed 0 23 0.02 2,400 55 NO SENSOR PROPOSED 0 - - - - -$

1426 C.R. Applegate

Sprinkler Valve 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


1427C.R.

ApplegateBoys


4 61 0.24 2,400 586 No Work Proposed 0 61 0.24 2,400 586 NO SENSOR PROPOSED 0 - - - - $0

1428 C.R. Applegate

Boys 23w Compact Fluorescent S/I 1 23 0.02 2,400 55 No Work Proposed 0 23 0.02 2,400 55 NO SENSOR PROPOSED 0 - - - - $0

1429C.R.

ApplegateClassroom


18 61 1.10 1,500 1,647 No Work Proposed 0 61 1.10 975 1071



1 - - 576 576 $95

1430C.R.

ApplegateClassroom



1431 C.R. Applegate


18 61 1.10 1,500 1,647 No Work Proposed 0 61 1.10 1,500 1647 NO SENSOR PROPOSED 0 - - - - $0

1432C.R.

ApplegateKiln



1433 C.R. Applegate

Art Class 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


1434C.R.

ApplegateClass


4 110 0.44 1,500 660 No Work Proposed 0 110 0.44 975 429



1 - - 231 231 $38

1435 C.R. Applegate

Girls 4' Strip Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


1436 C.R. Applegate

Girls 23w Compact Fluorescent S/I 2 23 0.05 2,400 110 No Work Proposed 0 23 0.05 2,400 110 NO SENSOR PROPOSED 0 - - - - $0

1437C.R.

ApplegateLobby 22-29



1438C.R.




1439 C.R. Applegate



1440 C.R. Applegate



1441 C.R. Applegate



1442 C.R. Applegate



1443 C.R. Applegate



1444 C.R. Applegate



1445 C.R. Applegate



1446 C.R. Applegate



1447 C.R. Applegate



1448C.R.

ApplegateClass



1449 C.R. Applegate

Custodian Storage 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast

3 61 0.18 500 92 No Work Proposed 0 61 0.18 500 92 NO SENSOR PROPOSED 0 - - - - $0

1450 C.R. Applegate

Boys 4' Strip Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast


1451 C.R. Applegate


1452C.R.

ApplegateMain Office



41 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


1453C.R.

ApplegateCopy Room



1454C.R.

ApplegatePrincipal



1455 C.R. Applegate

Corridor 23w Compact Fluorescent S/I 2 23 0.05 3,640 167 No Work Proposed 0 23 0.05 3,640 167 NO SENSOR PROPOSED 0 - - - - $0

1456C.R.

ApplegateBathroom



1457C.R.

ApplegateBathroom 60w. Incandescent S/I 1 60 0.06 2,400 144


1 13 0.01 2,400 31 NO SENSOR PROPOSED 0 0.05 113 - 113 $19

1458C.R.

ApplegateNurse's Office



1459 C.R. Applegate

Corridor 23w Compact Fluorescent S/I 2 23 0.05 3,640 167 No Work Proposed 0 23 0.05 3,640 167 NO SENSOR PROPOSED 0 - - - - $0

1460C.R.

ApplegateBathroom



1461C.R.




1462C.R.

ApplegateGuidence Office



1463C.R.

ApplegateFaculty room


4 178 0.71 2,400 1,709 No Work Proposed 0 178 0.71 1,560 1111



1 - - 598 598 $98

1464C.R.

ApplegateKitchen


6 89 0.53 2,400 1,282 No Work Proposed 0 89 0.53 1,560 833 Wall Switch Occupancy Sensor 1 - - 449 449 $74

1465C.R.

ApplegateMen's Room



1466C.R.

ApplegateMen's Room



1467C.R.

ApplegateBoys



1468 C.R. Applegate


1469C.R.

ApplegateWomen's Room



1470 C.R. Applegate

Women's Room 4' Vanity Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast


1471 C.R. Applegate

Women's Room 23w Compact Fluorescent S/I 1 23 0.02 2,400 55 No Work Proposed 0 23 0.02 2,400 55 NO SENSOR PROPOSED 0 - - - - $0

1472 C.R. Applegate



1473C.R.

ApplegateGirls



1474 C.R. Applegate

Girls 23w Compact Fluorescent S/I 1 23 0.02 2,400 55 No Work Proposed 0 23 0.02 2,400 55 NO SENSOR PROPOSED 0 - - - - $0

1475 C.R. Applegate

Custodians Office 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


1476 C.R. Applegate



1477C.R.

ApplegateClass



1478C.R.

ApplegateBathroom



1479 C.R. Applegate

Bathroom 150w Incandescent S/I 1 150 0.15 2,400 360 Re-lamp with 40w Compact Fluorescent 1 40 0.04 2,400 96 NO SENSOR PROPOSED 0 0.11 264 - 264 $43

1480 C.R. Applegate



1481C.R.

ApplegateClass



1482C.R.




1483C.R.

ApplegateClass



1484 C.R. Applegate



1485C.R.

ApplegateClass



1486C.R.

ApplegateBathroom



1487 C.R. Applegate



1488 C.R. Applegate



1489 C.R. Applegate



42 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


1490C.R.

ApplegateStorage



1491C.R.

ApplegateRestroom 100w Incandescent S/I 1 100 0.10 2,400 240



1492C.R.

ApplegateCoat Room



1493 C.R. Applegate

Bathroom 23w Compact Fluorescent S/I 1 23 0.02 2,400 55 No Work Proposed 0 23 0.02 2,400 55 NO SENSOR PROPOSED 0 - - - - $0

1494 C.R. Applegate

Storage 23w Compact Fluorescent S/I 1 23 0.02 500 12 No Work Proposed 0 23 0.02 500 12 NO SENSOR PROPOSED 0 - - - - $0

1495 C.R. Applegate



1496 C.R. Applegate



1497C.R.

ApplegateClass



1498C.R.

ApplegateClass


4 110 0.44 1,500 660 No Work Proposed 0 110 0.44 975 429 Wall Switch Occupancy Sensor 1 - - 231 231 $38

1499C.R.

ApplegateStorage 100w Incandescent S/I 1 100 0.10 500 50


1 23 0.02 500 12 NO SENSOR PROPOSED 0 0.08 39 - 39 $6

1500 C.R. Applegate

Electrical Equipment 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


1501 C.R. Applegate

Storage 100w Incandescent S/I 3 100 0.30 500 150 New 4' Wrap Fixture, (2) F32 Lamps, NP Ballast, Miro4 Reflector.

2 55 0.11 500 55 NO SENSOR PROPOSED 0 0.19 95 - 95 $16

1502C.R.

ApplegateStage



1503C.R.

ApplegateStage



1504 C.R. Applegate

Stage Exit Sign w/ 2w LED 2 2 0.00 8,760 35 No Work Proposed 0 2 0.00 8,760 35 NO SENSOR PROPOSED 0 - - - - $0

1505 C.R. Applegate

Gym Storage 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


1506C.R.

ApplegateGirls Locker



1507 C.R. Applegate

Girls Locker 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


1508C.R.

ApplegateGym


12 445 5.34 2,400 12,816



12 234 2.81 2,400 6739 NO SENSOR PROPOSED 0 2.53 6,077 - 6,077 $1,000

1509C.R.

ApplegateClass


6 89 0.53 1,500 801 No Work Proposed 0 89 0.53 975 521



1 - - 280 280 $46

1510C.R.

ApplegateVice Principal


6 89 0.53 2,400 1,282 No Work Proposed 0 89 0.53 1,560 833



1 - - 449 449 $74

1511C.R.

ApplegateGym Entrances



1512 C.R. Applegate

Gym Office 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


1513 C.R. Applegate

Gym Office 23w Compact Fluorescent S/I 1 23 0.02 2,400 55 No Work Proposed 0 23 0.02 2,400 55 NO SENSOR PROPOSED 0 - - - - $0

1514C.R.

ApplegateGym Office



1515C.R.

ApplegateBoys Gym Storage



1516 C.R. Applegate

Mechanical Mezzanine 23w Compact Fluorescent S/I 10 23 0.23 1,000 230 No Work Proposed 0 23 0.23 1,000 230 NO SENSOR PROPOSED 0 - - - - $0

1517 C.R. Applegate

Electrical Room 4' Wrap Fixture w/ (2) F32 T8 Lamps & (1) 2-Light Electronic Ballast


1518C.R.

ApplegateClass SGI


6 110 0.66 1,500 990 No Work Proposed 0 110 0.66 975 644



1 - - 347 347 $57

1519C.R.

ApplegateSGI


6 110 0.66 1,500 990 No Work Proposed 0 110 0.66 975 644



1 - - 347 347 $57

1520C.R.

ApplegateClass


12 110 1.32 1,500 1,980 No Work Proposed 0 110 1.32 975 1287



1 - - 693 693 $114

1521 C.R. Applegate

Sprinkler Valve Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1522C.R.

ApplegateBathroom


1 61 0.06 2,400 146 No Work Proposed 0 61 0.06 1,560 95 Wall Switch Occupancy Sensor 1 - - 51 51 $8

43 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


1523C.R.

ApplegateInstrumental Music


7 110 0.77 1,500 1,155 No Work Proposed 0 110 0.77 975 751



1 - - 404 404 $67

1524C.R.




1525C.R.

ApplegateVocal Music


11 110 1.21 1,500 1,815 No Work Proposed 0 110 1.21 975 1180



1 - - 635 635 $105

1526C.R.




1527C.R.

ApplegateClass


12 110 1.32 1,500 1,980 No Work Proposed 0 110 1.32 975 1287



1 - - 693 693 $114

1528C.R.

ApplegateClass


12 110 1.32 1,500 1,980 No Work Proposed 0 110 1.32 975 1287



1 - - 693 693 $114

1529C.R.

ApplegateClass


12 110 1.32 1,500 1,980 No Work Proposed 0 110 1.32 975 1287



1 - - 693 693 $114

1530C.R.

ApplegateGirls



1531C.R.

ApplegateGirls



1532 C.R. Applegate



1533C.R.

ApplegateBoys



1534C.R.

ApplegateBoys



1535 C.R. Applegate

Classroom 4' Direct/Indirect Fxiture with (3) F32 T8 Lamps & (1) 3L Electronic Ballast


1536 C.R. Applegate

Classroom 4' Direct/Indirect Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1537C.R.

ApplegateStorage



1538C.R.

ApplegateRestroom



1539 C.R. Applegate



1540 C.R. Applegate



1541C.R.

ApplegateStorage



1542C.R.

ApplegateRestroom



1543 C.R. Applegate



1544 C.R. Applegate



1545C.R.

ApplegateStorage



1546C.R.

ApplegateRestroom



1547 C.R. Applegate



1548 C.R. Applegate



1549C.R.

ApplegateStorage



1550C.R.

ApplegateRestroom



1551 C.R. Applegate

Cafeteria Recessed Can Can w/ (2) 57w CF PL 12 114 1.37 3,640 4,980 No Work Proposed 0 114 1.37 3,640 4980 NO SENSOR PROPOSED 0 - - - - $0

1552C.R.

ApplegateCloset



1553C.R.

ApplegateKitchen



1554C.R.

ApplegateStorage



1555 C.R. Applegate

MPR Recessed Can Can w/ (2) 57w CF PL 13 114 1.48 2,400 3,557 No Work Proposed 0 114 1.48 2,400 3557 NO SENSOR PROPOSED 0 - - - - $0

1556 C.R. Applegate



44 of 45


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


Total kW

Saved



Total kWh Saved

Energy Cost Savings


1557C.R.

ApplegateBathroom



1558 C.R. Applegate

Custodian Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1559C.R.

ApplegateRestroom



1560 C.R. Applegate



1561 C.R. Applegate



1562C.R.

ApplegateStorage



1563C.R.

ApplegateRestroom



1564 C.R. Applegate

Sprinkler Valve Industrial Hood 4' Fixture w/ (2) F32 T/ Lamps & (1) 2L Electronic Ballast


1565C.R.

ApplegateOutside 100w Incandescent S/I 8 100 0.80 3,640 2,912


8 23 0.18 3,640 670 NO SENSOR PROPOSED 0 0.62 2,242 - 2,242 $369

1566C.R.

ApplegateOutside


38 205 7.79 3,640 28,356Remove and Replace Existing Fixture With a New Outdoor Flood Fixture Containing a 150w Pulse

Metal Halide Lamp38 85 3.23 3,640 11757 NO SENSOR PROPOSED 0 4.56 16,598 - 16,598 $2,732

1567C.R.

ApplegateOutside



1568C.R.

ApplegateOutside


and (1) Magnetic HID Ballast4 445 1.78 3,640 6,479 No Work Proposed 0 445 1.78 3,640 6479 NO SENSOR PROPOSED 0 - - - - $0

1569C.R.

ApplegateOutside


and (1) Magnetic HID Ballast2 286 0.57 3,640 2,082 No Work Proposed 0 286 0.57 3,640 2082 NO SENSOR PROPOSED 0 - - - - $0

16 8.38 26504 7370 33874 $5,576

Overall Totals: 11,127 962.32 2,179,177 877 896.09 1,942,007 184 66.23 156,948 80,222 237,170 $38,941

Totals for Lighting System Upgrades at C.R. Applegate:

45 of 45

APPENDIX E

LIGHTING SPREADSHEET - OPTION 2


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.

Exist. kWh Annual Cost

of Energy Existing

Proposed Fixture DescriptionProp. Qty of

Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors

Prop. kWh Annual Cost

of Energy Proposed

Sensor DescriptionSensor Qtys

Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings

1 D.D. Eisenhower

Lobby Recessed Can Can w/ (2) 13w CF PL 3 26 0.08 3,640 284 46$ No Work Proposed 0 26 0.08 3640 284 46$ NO SENSOR PROPOSED 0 - - - - -$

2D.D.

EisenhowerLobby


8 178 1.42 3,640 5,183 843$ Re-lamp existing fixture with an Energy Saving

28w Lamp to standardize lamp types for maintenance. Existing Ballast stays in place

16 63 1.01 3640 3669 597$ NO SENSOR PROPOSED 0 0.42 1,514 - 1,514 246.22$

3D.D.





9 84 0.76 3640 2752 447$ NO SENSOR PROPOSED 0 0.23 852 - 852 138.50$

4 D.D. Eisenhower

Corridor 1 Exit Sign w/ 2w LED 2 2 0.00 8,760 35 6$ No Work Proposed 0 2 0.00 8760 35 6$ NO SENSOR PROPOSED 0 - - - - -$

5D.D.





7 84 0.59 3640 2140 348$ NO SENSOR PROPOSED 0 0.18 662 - 662 -$

6 D.D. Eisenhower


7D.D.



16 110 1.76 3,640 6,406 1,042$ Re-lamp existing fixture with an Energy Saving



8 D.D. Eisenhower


9D.D.






10D.D.



4 61 0.24 3,640 888 144$ No Work Proposed 0 61 0.24 3640 888 144$ NO SENSOR PROPOSED 0 - - - - -$

11 D.D. Eisenhower


12D.D.






13 D.D. Eisenhower


14D.D.






15 D.D. Eisenhower


16D.D.






17 D.D. Eisenhower


18D.D.





24 84 2.02 3640 7338 1,193$ NO SENSOR PROPOSED 0 0.62 2,271 - 2,271 369.32$

19 D.D. Eisenhower


20D.D.






21 D.D. Eisenhower


22D.D.






23 D.D. Eisenhower


24D.D.






25 D.D. Eisenhower


26D.D.






27 D.D. Eisenhower


28D.D.






29 D.D. Eisenhower


30D.D.






31 D.D. Eisenhower


32D.D.






33 D.D. Eisenhower


34D.D.

EisenhowerLibrary




100 84 8.40 2400 20160 3,278$ NO SENSOR PROPOSED 0 2.60 6,240 - 6,240 1,014.62$

35 D.D. Eisenhower

Library Exit Sign w/ 2w LED 3 2 0.01 8,760 53 9$ No Work Proposed 0 2 0.01 8760 53 9$ NO SENSOR PROPOSED 0 - - - - -$


1 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


36D.D.

EisenhowerLibrary





37 D.D. Eisenhower

Library 150w Incandescent S/I 8 150 1.20 2,400 2,880 468$ Re-lamp with 40w Compact Fluorescent 8 40 0.32 2400 768 125$ NO SENSOR PROPOSED 0 0.88 2,112 - 2,112 343.41$

38D.D.

EisenhowerLibrary


1 110 0.11 2,400 264 43$ Re-lamp existing fixture with an Energy Saving



39D.D.

EisenhowerClass





40D.D.

EisenhowerClass





41D.D.

EisenhowerClass





42D.D.

EisenhowerClass





43D.D.

EisenhowerClass





44D.D.

EisenhowerClass





45D.D.

EisenhowerClass





46D.D.

EisenhowerBoys

4' Wrap Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast




47D.D.

EisenhowerCustodian





48D.D.

EisenhowerClass





49D.D.

EisenhowerClass





50D.D.

EisenhowerClass





51D.D.

EisenhowerHUB Room





52D.D.

EisenhowerBook Storage


4 61 0.24 500 122 20$ Re-lamp existing fixture with an Energy Saving



53D.D.

EisenhowerElectrical Room





54D.D.

EisenhowerDisplay Case





55 D.D. Eisenhower

Corridor To Gym Recessed Can Can w/ (2) 13w CF PL 4 26 0.10 3,640 379 62$ No Work Proposed 0 26 0.10 3640 379 62$ NO SENSOR PROPOSED 0 - - - - -$

56D.D.

EisenhowerGirls Locker





57D.D.

EisenhowerCoach





58D.D.

EisenhowerBathroom



59D.D.

EisenhowerShowers 75w. Incandescent S/I 6 75 0.45 1,500 675 110$



60D.D.

EisenhowerToilets





61D.D.

EisenhowerPhys Ed Storage

4' Strip Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast




62D.D.

EisenhowerGym


18 445 8.01 2,400 19,224 3,126$




63 D.D. Eisenhower

Corridor To Gym Recessed Can Can w/ (2) 13w CF PL 3 26 0.08 3,640 284 46$ No Work Proposed 0 26 0.08 3640 284 46$ NO SENSOR PROPOSED 0 - - - - -$

64D.D.

EisenhowerBoys Locker Room





2 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


65D.D.

EisenhowerCoach





66D.D.

EisenhowerBathroom



67D.D.

EisenhowerToilets





68D.D.

EisenhowerShowers 75w. Incandescent S/I 5 75 0.38 1,500 563 91$



69D.D.

EisenhowerMechanical Room





70D.D.

EisenhowerStudent Store




2 44 0.09 1560 137 22$ Wall Switch Occupancy Sensor 1 0.03 82 74 156 25.29$

71D.D.

EisenhowerClass




6 63 0.38 975 369 60$

Low Voltage (w/ PP-20) PIR Ceiling Sensor (8-15' Mtg. Height) 360 Deg. Coverage 12' Circulur Viewing Pattern

@ 9' High

1 0.16 234 198 432 70.32$

72D.D.

EisenhowerGirls Room





73D.D.

EisenhowerCustodian





74D.D.





12 44 0.53 975 515 84$ Wall Switch Dual Technology

Occupancy Sensor1 0.20 306 277 583 94.83$

75D.D.

EisenhowerStorage





76D.D.

EisenhowerTeachers Lounge




8 63 0.50 1560 786 128$


@ 9' High

1 0.21 499 423 923 150.01$

77D.D.



1 60 0.06 2,400 144 23$ Re-lamp & Re-ballast existing fixture. Install a 2-Lamp Electronic Normal Power Ballast, (2) 2' T8

Energy Saving Lamps, New Lamp Sockets.1 34 0.03 2400 82 13$ NO SENSOR PROPOSED 0 0.03 62 - 62 10.15$

78 D.D. Eisenhower

Faculty Bathroom Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$

79D.D.





80 D.D. Eisenhower

Faculty Bathroom Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$

81D.D.

EisenhowerOffice Secretary





82D.D.

EisenhowerVice Principal





83 D.D. Eisenhower

Hallway Recessed Can Can w/ (2) 13w CF PL 4 26 0.10 3,640 379 62$ No Work Proposed 0 26 0.10 3640 379 62$ NO SENSOR PROPOSED 0 - - - - -$

84D.D.

EisenhowerPrincipal






85D.D.






86D.D.




87D.D.

EisenhowerMain Office 60w. Incandescent S/I 7 60 0.42 2,400 1,008 164$



88D.D.

EisenhowerStorage





89D.D.

EisenhowerBathroom




90 D.D. Eisenhower

Bathroom Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$

91D.D.

EisenhowerNurse's Office





92D.D.

EisenhowerBathroom



93D.D.

EisenhowerElectrical Room #2





94D.D.

EisenhowerGuidence





95D.D.

EisenhowerGuidence





3 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


96D.D.

EisenhowerGuidence





97D.D.

EisenhowerWork Room/Copy


Lamps & (1) 2L Electronic Ballast4 61 0.24 2,400 586 95$

Re-lamp existing fixture with an Energy Saving 28w Lamp to standardize lamp types for

maintenance. Existing Ballast stays in place4 44 0.18 2400 422 69$ NO SENSOR PROPOSED 0 0.07 163 - 163 26.54$

98D.D.

EisenhowerChild Study Team

Office2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast



4 63 0.25 1560 393 64$


@ 9' High

1 0.10 250 212 461 75.00$

99D.D.

EisenhowerClass




18 44 0.79 975 772 126$ Wide View Low Voltage (w/PP-20) Wall Mounted Sensor-40' Range (8-15' Mtg.

Height) 1 0.31 459 416 875 142.24$

100D.D.

EisenhowerClass




8 63 0.50 975 491 80$


@ 9' High

1 0.21 312 265 577 93.76$

101D.D.

EisenhowerStage





102D.D.

EisenhowerStorage





103D.D.

EisenhowerStorage Room #4 100w Incandescent S/I 1 100 0.10 500 50 8$



104 D.D. Eisenhower

Storage Room #4 Exit Sign w/ (2) 20w Incandescent Lamps 2 40 0.08 8,760 701 114$ Remove and Replace existing exit sign with a new LED exit sign.


105D.D.

EisenhowerBoys





106D.D.

EisenhowerBoys





107D.D.

EisenhowerBoys

4' Vanity Fxiture with (2) F32 T8 Lamps & (1) 2L Electronic Ballast




108D.D.

EisenhowerCustodian





109D.D.

EisenhowerGirls





110 D.D. Eisenhower

Gym Entrance SE corner

Recessed Can Can w/ (2) 13w CF PL 4 26 0.10 2,400 250 41$ No Work Proposed 0 26 0.10 2400 250 41$ NO SENSOR PROPOSED 0 - - - - -$

111D.D.

EisenhowerHandicapped Classroom





112D.D.

EisenhowerWomen's Faculty

4' Strip Fxiture with (1) F32 T12 Lamp & (1) 1L Magnetic Ballast




113D.D.

EisenhowerBathroom





114 D.D. Eisenhower


115D.D.






116D.D.






117D.D.






118D.D.

EisenhowerPractice Room





119D.D.

EisenhowerOffice





120D.D.






121D.D.






122D.D.

EisenhowerShowcase





123 D.D. Eisenhower

Gym Entrance Recessed Can Can w/ (2) 13w CF PL 3 26 0.08 2,400 187 30$ No Work Proposed 0 26 0.08 2400 187 30$ NO SENSOR PROPOSED 0 - - - - -$

124D.D.

EisenhowerElevator Room





125D.D.

EisenhowerElevator



4 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


126D.D.

EisenhowerWood Shop





127 D.D. Eisenhower

Stairs 42w. Compact Flourescent S/I 1 42 0.04 3,640 153 25$ No Work Proposed 0 42 0.04 3640 153 25$ NO SENSOR PROPOSED 0 - - - - -$

128 D.D. Eisenhower

Wood Storage 23w Compact Fluorescent S/I 4 23 0.09 500 46 7$ No Work Proposed 0 23 0.09 500 46 7$ NO SENSOR PROPOSED 0 - - - - -$

129D.D.

EisenhowerComputer/Tech Room





130D.D.

EisenhowerLife Skills





131 D.D. Eisenhower

Stairs 42w. Compact Flourescent S/I 1 42 0.04 3,640 153 25$ No Work Proposed 0 42 0.04 3640 153 25$ NO SENSOR PROPOSED 0 - - - - -$

132 D.D. Eisenhower

Storage 23w Compact Fluorescent S/I 4 23 0.09 500 46 7$ No Work Proposed 0 23 0.09 500 46 7$ NO SENSOR PROPOSED 0 - - - - -$

133D.D.

EisenhowerArt Room





134D.D.

EisenhowerStorage





135D.D.

EisenhowerKiln





136D.D.

EisenhowerClass




28 44 1.23 975 1201 195$


@ 9' High

1 0.48 714 647 1,361 221.27$

137D.D.

EisenhowerChem Storage





138D.D.

EisenhowerClass




28 44 1.23 975 1201 195$


@ 9' High

1 0.48 714 647 1,361 221.27$

139D.D.

EisenhowerComputer Class





140D.D.

EisenhowerDigital Arts





141D.D.

EisenhowerClass





142D.D.

EisenhowerClass





143D.D.

EisenhowerClass





144D.D.

EisenhowerClass





145D.D.

EisenhowerClass





146D.D.

EisenhowerClass





147D.D.

EisenhowerClass





148D.D.

EisenhowerClass





149D.D.

EisenhowerStorage





150D.D.

EisenhowerClass




12 63 0.76 975 737 120$


@ 9' High

1 0.31 468 397 865 140.63$

151D.D.

EisenhowerClass




12 63 0.76 975 737 120$


@ 9' High

1 0.31 468 397 865 140.63$

152D.D.

EisenhowerCafeteria


18 445 8.01 3,640 29,156 4,741$




153 D.D. Eisenhower

Cafeteria Exit Sign w/ (2) 20w Incandescent Lamps 4 40 0.16 8,760 1,402 228$ Remove and Replace existing exit sign with a new LED exit sign.


154 D.D. Eisenhower

Cafeteria 150w Incandescent S/I 4 150 0.60 3,640 2,184 355$ Re-lamp with 40w Compact Fluorescent 4 40 0.16 3640 582 95$ NO SENSOR PROPOSED 0 0.44 1,602 - 1,602 260.42$

155D.D.

EisenhowerKitchen





5 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


156D.D.

EisenhowerKitchen Storage





157D.D.

EisenhowerGarbage Bins





158D.D.

EisenhowerFaculty Room




12 63 0.76 1560 1179 192$


@ 9' High

1 0.31 749 635 1,384 225.01$

159D.D.

EisenhowerBoys





160D.D.

EisenhowerBoys





161D.D.

EisenhowerBoys



162D.D.

EisenhowerGirls





163D.D.

EisenhowerGirls



164D.D.

EisenhowerGirls





165 D.D. Eisenhower

Men's Room Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$

166D.D.




167 D.D. Eisenhower

Women's Room Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$

168D.D.

EisenhowerWomen's Room



169D.D.






170D.D.

EisenhowerClass




11 63 0.69 975 676 110$


@ 9' High

1 0.29 429 364 793 128.91$

171D.D.

EisenhowerClass



172 D.D. Eisenhower

Class Exit Sign w/ (2) 20w Incandescent Lamps 1 40 0.04 8,760 350 57$ Remove and Replace existing exit sign with a new LED exit sign.


173D.D.

EisenhowerClass




11 63 0.69 975 676 110$


@ 9' High

1 0.29 429 364 793 128.91$

174D.D.

EisenhowerClass



175 D.D. Eisenhower

Class Exit Sign w/ (2) 20w Incandescent Lamps 1 40 0.04 8,760 350 57$ Remove and Replace existing exit sign with a new LED exit sign.


176D.D.

EisenhowerClass




12 63 0.76 975 737 120$


@ 9' High

1 0.31 468 397 865 140.63$

177D.D.

EisenhowerClass




12 63 0.76 975 737 120$


@ 9' High

1 0.31 468 397 865 140.63$

178D.D.

EisenhowerClass





179D.D.

EisenhowerClass



180D.D.

EisenhowerClass



181D.D.

EisenhowerClass





182D.D.

EisenhowerElectrical Room





183D.D.

EisenhowerSGI




8 63 0.50 975 491 80$


@ 9' High

1 0.21 312 265 577 93.76$

184D.D.

EisenhowerClass




12 63 0.76 975 737 120$


@ 9' High

1 0.31 468 397 865 140.63$

185D.D.

EisenhowerClass




20 63 1.26 975 1229 200$


@ 9' High

2 0.52 780 662 1,442 234.39$

186D.D.

EisenhowerPrep Room





187D.D.

EisenhowerClass




20 63 1.26 975 1229 200$


@ 9' High

2 0.52 780 662 1,442 234.39$

6 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


188D.D.

EisenhowerClass




12 63 0.76 975 737 120$


@ 9' High

1 0.31 468 397 865 140.63$

189D.D.

EisenhowerClass




12 63 0.76 975 737 120$


@ 9' High

1 0.31 468 397 865 140.63$

190D.D.

EisenhowerClass





191D.D.

EisenhowerClass





192D.D.

EisenhowerClass





193D.D.

EisenhowerClass





194D.D.

EisenhowerClass





195D.D.

EisenhowerClass





196D.D.

EisenhowerClass





197D.D.

EisenhowerSGI





198 D.D. Eisenhower

Gym High Bay Fixture with (8) 42w Triple Tube PL Fluorescent Lamps

24 336 8.06 2,400 19,354 3,147$ No Work Proposed 0 336 8.06 2400 19354 3,147$ NO SENSOR PROPOSED 0 - - - - -$

199 D.D. Eisenhower

Gym Exit Sign w/ 2w LED 4 2 0.01 8,760 70 11$ No Work Proposed 0 2 0.01 8760 70 11$ NO SENSOR PROPOSED 0 - - - - -$

200D.D.

EisenhowerStorage





201D.D.

EisenhowerCoach Office





202D.D.

EisenhowerBoys





203D.D.

EisenhowerRestroom





204D.D.

EisenhowerGirls





205D.D.

EisenhowerClass





206D.D.

EisenhowerClass





207D.D.

EisenhowerClass





208D.D.

EisenhowerClass





209D.D.

EisenhowerCourtyard 2004 wing


Ballast6 120 0.72 3,640 2,621 426$ No Work Proposed 0 120 0.72 3640 2621 426$ NO SENSOR PROPOSED 0 - - - - -$

210D.D.

EisenhowerCourtyard by office



211D.D.

EisenhowerCourtyard



212D.D.

EisenhowerOutside


Ballast27 120 3.24 3,640 11,794 1,918$ No Work Proposed 0 120 3.24 3640 11794 1,918$ NO SENSOR PROPOSED 0 - - - - -$

213D.D.

EisenhowerOutside



214D.D.

EisenhowerOutside


4 205 0.82 3,640 2,985 485$ Remove and Replace Existing Fixture With a New Outdoor Flood Fixture Containing a 150w Pulse

Metal Halide Lamp4 85 0.34 3640 1238 201$ NO SENSOR PROPOSED 0 0.48 1,747 - 1,747 284.09$

215D.D.

EisenhowerOutside


and (1) Magnetic HID Ballast14 445 6.23 3,640 22,677 3,687$ No Work Proposed 0 445 6.23 3640 22677 3,687$ NO SENSOR PROPOSED 0 - - - - -$

216D.D.

EisenhowerOutside


and (1) Magnetic HID Ballast5 286 1.43 3,640 5,205 846$ No Work Proposed 0 286 1.43 3640 5205 846$ NO SENSOR PROPOSED 0 - - - - -$

217D.D.

EisenhowerOutside



34 46 103157 10633 113790 $18,395Totals for Lighting System Upgrades at D.D. Eisenhower:

7 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings






219 J.J. Catena Corridor 219-224 Exit Sign w/ (2) 20w Incandescent Lamps 1 40 0.04 8,760 350 57$ Remove and Replace existing exit sign with a new LED exit sign.














223 J.J. Catena Corridor 213-2184' Strip Fxiture with (2) F32 T8 Lamps &

(1) 2L Electronic Ballast1 61 0.06 3,640 222 36$



224 J.J. Catena Corridor 213-218 Exit Sign w/ 2w LED 3 2 0.01 8,760 53 9$ No Work Proposed 0 2 0.01 8760 53 9$ NO SENSOR PROPOSED 0 - - - - -$









227 J.J. Catena Corridor 210-2124' Wrap Fxiture with (1) F32 T12 Lamp &

(1) 1L Magnetic Ballast1 31 0.03 3,640 113 19$















233 J.J. Catena Corridor Ext. 1 Exit Sign w/ (2) 20w Incandescent Lamps 2 40 0.08 8,760 701 115$ Remove and Replace existing exit sign with a new LED exit sign.






























243 J.J. Catena Library High Bay Fixture with (8) 42w Triple Tube PL Fluorescent Lamps


244 J.J. Catena Video Storage2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




245 J.J. Catena Video Storage2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast

1 61 0.06 500 31 5$ No Work Proposed 0 61 0.06 500 31 5$ NO SENSOR PROPOSED 0 - - - - -$

246 J.J. Catena Hub Room4' Wrap Fixture w/ (2) F32 T8 Lamps &

(1) 2-Light Electronic Ballast2 61 0.12 2,400 293 48$



247 J.J. Catena Computer Room4' Direct/Indirect Fixture w/ (2) F32 T/

Lamps & (1) 2L Electronic Ballast24 61 1.46 1,500 2,196 360$


maintenance. Existing Ballast stays in place24 44 1.06 975 1030 169$


@ 9' High

1 0.41 612 554 1,166 191.29$

248 J.J. Catena Storage4' Wrap Fixture w/ (2) F32 T8 Lamps &

(1) 2-Light Electronic Ballast1 61 0.06 500 31 5$



249 J.J. Catena Restroom2' Vanity Fixture with (2) F17 T8 Lamps &

(1) 2-Light Electronic Ballast1 34 0.03 2,400 82 13$ No Work Proposed 0 34 0.03 2400 82 13$ NO SENSOR PROPOSED 0 - - - - -$

250 J.J. Catena Restroom Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$





252 J.J. Catena Storage4' Wrap Fxiture with (4) F32 T8 Lamps &

(1) 4L Electronic Ballast3 110 0.33 500 165 27$



8 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


253 J.J. Catena Electrical Room4' Wrap Fixture w/ (2) F32 T8 Lamps &




254 J.J. Catena SGI4' Direct/Indirect Fixture w/ (2) F32 T/





@ 9' High

1 0.20 306 277 583 95.64$

255 J.J. Catena Art4' Direct/Indirect Fixture w/ (2) F32 T/



maintenance. Existing Ballast stays in place40 44 1.76 1500 2640 433$ NO SENSOR PROPOSED 0 0.68 1,020 - 1,020 167.28$





257 J.J. Catena Boiler Room4' Indusrtial Hood Fixture w/ (1) F32 T8




258 J.J. Catena Slop Sink4' Wrap Fixture w/ (2) F32 T8 Lamps &




259 J.J. Catena Custodian/ ReceivingIndustrial Hood 4' Fixture w/ (2) F32 T/





(1) 2-Light Electronic Ballast21 61 1.28 1,500 1,922 315$




@ 9' High

1 0.36 536 485 1,021 167.38$






@ 9' High

1 0.36 536 485 1,021 167.38$

262 J.J. Catena Class/Speech4' Wrap Fxiture with (1) F32 T12 Lamp &




263 J.J. Catena Class/SpeechIndustrial Hood 4' Fixture w/ (2) F32 T/




264 J.J. Catena Women's Room 60w. Incandescent S/I 2 60 0.12 2,400 288 47$ Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


265 J.J. Catena Men's Room 60w. Incandescent S/I 2 60 0.12 2,400 288 47$ Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.







@ 9' High

1 0.36 536 485 1,021 167.38$






@ 9' High

1 0.36 536 485 1,021 167.38$






@ 9' High

1 0.36 536 485 1,021 167.38$

269 J.J. Catena Bathroom 60w. Incandescent S/I 2 60 0.12 2,400 288 47$ Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.







@ 9' High

1 0.36 536 485 1,021 167.38$






@ 9' High

1 0.36 536 485 1,021 167.38$






@ 9' High

1 0.46 689 624 1,312 215.20$






@ 9' High

1 0.51 765 693 1,458 239.11$

274 J.J. Catena Closet 60w. Incandescent S/I 1 60 0.06 500 30 5$ Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.







@ 9' High

1 0.51 765 693 1,458 239.11$










@ 9' High

1 0.31 459 416 875 143.47$



279 J.J. Catena Bathroom Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$

280 J.J. Catena Guidence Office2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast



6 63 0.38 1560 590 97$


@ 9' High

1 0.16 374 318 692 113.47$






@ 9' High

1 0.36 536 485 1,021 167.38$

9 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings







@ 9' High

1 0.36 536 485 1,021 167.38$

283 J.J. Catena Boys4' Wrap Fxiture with (1) F32 T12 Lamp &




284 J.J. Catena Slop Sink4' Wrap Fixture w/ (2) F32 T8 Lamps &




285 J.J. Catena Girls4' Wrap Fxiture with (1) F32 T12 Lamp &









@ 9' High

1 0.36 536 485 1,021 167.38$






@ 9' High

1 0.36 536 485 1,021 167.38$






@ 9' High

1 0.36 536 485 1,021 167.38$






@ 9' High

1 0.36 536 485 1,021 167.38$






@ 9' High

1 0.36 536 485 1,021 167.38$






@ 9' High

1 0.36 536 485 1,021 167.38$






@ 9' High

1 0.36 536 485 1,021 167.38$






@ 9' High

1 0.36 536 485 1,021 167.38$






@ 9' High

1 0.36 536 485 1,021 167.38$





296 J.J. Catena Storage/Conference2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast











6 63 0.38 975 369 60$


@ 9' High

1 0.16 234 198 432 70.92$

299 J.J. Catena Electrical RoomIndustrial Hood 4' Fixture w/ (2) F32 T/




300 J.J. Catena Nurse's Office2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




301 J.J. Catena Nurse's Office2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


302 J.J. Catena Nurse's Office4' Vanity Fxiture with (2) F32 T8 Lamps &














306 J.J. Catena Work Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




307 J.J. Catena Bathroom 60w. Incandescent S/I 2 60 0.12 2,400 288 47$ Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


308 J.J. Catena Main Office2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




309 J.J. Catena Principal2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




310 J.J. Catena Women's Room2' Vanity Fixture with (2) F17 T8 Lamps &


10 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


311 J.J. Catena Women's Room Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$

312 J.J. Catena Men's Room2' Vanity Fixture with (2) F17 T8 Lamps &


313 J.J. Catena Men's Room Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$

314 J.J. Catena Vocal Music2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




315 J.J. Catena Vocal Music2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


316 J.J. Catena SGI2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast



6 63 0.38 975 369 60$


@ 9' High

1 0.16 234 198 432 70.92$

317 J.J. Catena SGI2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


318 J.J. Catena Instrumental Music2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast



9 63 0.57 975 553 91$


@ 9' High

1 0.23 351 298 649 106.38$

319 J.J. Catena Gym OfficeIndustrial Hood 4' Fixture w/ (2) F32 T/




320 J.J. Catena GymHigh Bay Fixture with (1) 400w Metal

Halide Lamp and (1) Magnetic HID Ballast18 445 8.01 2,400 19,224 3,153$




321 J.J. Catena Gym 250w Quartz 6 250 1.50 2,400 3,600 590$ No Work Proposed 0 250 1.50 2400 3600 590$ NO SENSOR PROPOSED 0 - - - - -$

322 J.J. Catena Back StageIndustrial Hood 4' Fixture w/ (2) F32 T/




323 J.J. Catena Back Stage Exit Sign w/ 2w LED 1 2 0.00 8,760 18 3$ No Work Proposed 0 2 0.00 8760 18 3$ NO SENSOR PROPOSED 0 - - - - -$

324 J.J. Catena Back Stage 100w Incandescent S/I 10 100 1.00 2,400 2,400 394$ Remove and Replace Existing Lamp With a New 23w Compact Fluorescent Two Piece Screw-In.


325 J.J. Catena Back Stage Exit Sign w/ (2) 20w Incandescent Lamps 2 40 0.08 8,760 701 115$ Remove and Replace existing exit sign with a new LED exit sign.


326 J.J. Catena Cafeteria Wall Sconce w/ (2) PL 13 Compact Fluorescent Lamps


327 J.J. Catena Cafeteria2x2 Recessed Fixture w/ (1) 250w Metal

Halide Lamp and Magnetic Ballast20 290 5.80 3,640 21,112 3,462$ No Work Proposed 0 290 5.80 3640 21112 3,462$ NO SENSOR PROPOSED 0 - - - - -$

328 J.J. Catena Kitchen4' Wrap Fixture w/ (2) F32 T8 Lamps &




329 J.J. Catena Kitchen StorageIndustrial Hood 4' Fixture w/ (2) F32 T/

Lamps & (1) 2L Electronic Ballast2 61 0.12 500 61 10$



330 J.J. Catena Receiving RoomIndustrial Hood 4' Fixture w/ (2) F32 T/







9 63 0.57 975 553 91$


@ 9' High

1 0.23 351 298 649 106.38$






9 63 0.57 975 553 91$


@ 9' High

1 0.23 351 298 649 106.38$






9 63 0.57 975 553 91$


@ 9' High

1 0.23 351 298 649 106.38$






12 63 0.76 975 737 121$


@ 9' High

1 0.31 468 397 865 141.84$



339 J.J. Catena Boys1X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




340 J.J. Catena Boys4' Vanity Fxiture with (2) F32 T8 Lamps &




341 J.J. Catena Boys Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$

342 J.J. Catena Girls1X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




343 J.J. Catena Girls4' Vanity Fxiture with (2) F32 T8 Lamps &




344 J.J. Catena Girls Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$

345 J.J. Catena Custodian4' Wrap Fixture w/ (2) F32 T8 Lamps &




11 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings














350 J.J. Catena Teachers Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast



11 63 0.69 1560 1081 177$


@ 9' High

1 0.29 686 582 1,269 208.04$

351 J.J. Catena Teachers Room2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


352 J.J. Catena Hub RoomIndustrial Hood 4' Fixture w/ (2) F32 T/




353 J.J. Catena Receiving RoomIndustrial Hood 4' Fixture w/ (2) F32 T/




354 J.J. Catena Class4' Direct/Indirect Fxiture with (3) F32 T8
































































370 J.J. Catena Cafeteria Recessed Can Can w/ (2) 57w CF PL 12 114 1.37 3,640 4,980 817$ No Work Proposed 0 114 1.37 3640 4980 817$ NO SENSOR PROPOSED 0 - - - - -$





372 J.J. Catena Kitchen2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




373 J.J. Catena Kitchen Storage2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




374 J.J. Catena Closet2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




375 J.J. Catena MPR Recessed Can Can w/ (2) 13w CF PL 13 26 0.34 2,400 811 133$ No Work Proposed 0 26 0.34 2400 811 133$ NO SENSOR PROPOSED 0 - - - - -$

12 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


















380 J.J. Catena StorageIndustrial Hood 4' Fixture w/ (2) F32 T/




381 J.J. Catena Boiler RoomIndustrial Hood 4' Fixture w/ (2) F32 T/




382 J.J. Catena OutsideParking Lot Fixture Mounted on a Pole w/

(1) 250w High Pressure Sodium Lamp and (1) Magnetic HID Ballast

5 300 1.50 3,640 5,460 895$ No Work Proposed 0 300 1.50 3640 5460 895$ NO SENSOR PROPOSED 0 - - - - -$







385 J.J. Catena OutsideWall Pack Fixture with (1) 100w Metal

Halide Lamp and (1) Magnetic HID Ballast12 120 1.44 3,640 5,242 860$ No Work Proposed 0 120 1.44 3640 5242 860$ NO SENSOR PROPOSED 0 - - - - -$

35 27 55741 15058 70800 $11,611

386 C.T. Barkalow Corridor Fac-3142X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




387 C.T. Barkalow Corridor Fac-314 Exit Sign w/ 2w LED 5 2 0.01 8,760 88 14$ No Work Proposed 0 2 0.01 8760 88 14$ NO SENSOR PROPOSED 0 - - - - -$









390 C.T. Barkalow Corridor 307-315 Exit Sign w/ 2w LED 5 2 0.01 8,760 88 14$ No Work Proposed 0 2 0.01 8760 88 14$ NO SENSOR PROPOSED 0 - - - - -$













394 C.T. Barkalow Corridor 301-304Recessed Can Can w/ (1) 100w Incan.

Screw In5 100 0.50 3,640 1,820 295$










398 C.T. Barkalow Corridor 370 Exit Sign w/ 2w LED 2 2 0.00 8,760 35 6$ No Work Proposed 0 2 0.00 8760 35 6$ NO SENSOR PROPOSED 0 - - - - -$





400 C.T. Barkalow Corridor 3152X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


401 C.T. Barkalow Corridor 315 Exit Sign w/ 2w LED 3 2 0.01 8,760 53 9$ No Work Proposed 0 2 0.01 8760 53 9$ NO SENSOR PROPOSED 0 - - - - -$






404 C.T. Barkalow Corridor Ext.1X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast













409 C.T. Barkalow Corridor 370-372B Recessed Can Can w/ (2) 13w CF PL 10 26 0.26 3,640 946 153$ No Work Proposed 0 26 0.26 3640 946 153$ NO SENSOR PROPOSED 0 - - - - -$

Totals for Lighting System Upgrades at J.J. Catena:

13 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


410 C.T. Barkalow Corridor 370-372B4X4 recessed troffer with (4) F32 T8

Lamps & (1) 4-Light Electronic ballasts3 110 0.33 3,640 1,201 195$



411 C.T. Barkalow Corridor 370-372B Exit Sign w/ 2w LED 3 2 0.01 8,760 53 9$ No Work Proposed 0 2 0.01 8760 53 9$ NO SENSOR PROPOSED 0 - - - - -$





413 C.T. Barkalow Corridor 380-3834X4 recessed troffer with (4) F32 T8

Lamps & (1) 4-Light Electronic ballasts3 110 0.33 3,640 1,201 195$








416 C.T. Barkalow Corridor 373-379 Recessed Can Can w/ (2) 13w CF PL 8 26 0.21 3,640 757 123$ No Work Proposed 0 26 0.21 3640 757 123$ NO SENSOR PROPOSED 0 - - - - -$



F32 T8 Lamps & (1) 2L Electonic Ballast24 61 1.46 1,500 2,196 356$


Lamp Electronic Normal Power Ballast, Miro4 Reflector, and (2) 4' 28w T8 Energy Saving

Lamps






Lamps



T12 Lamp & (1) 1-Light Magnetic Ballast1 50 0.05 500 25 4$

Re-lamp & Re-ballast existing fixture. Install a 1-Lamp Electronic Low Power Ballast, (1) 4' 28w T8






Lamps


422 C.T. Barkalow Closet4' Wrap Fixture w/ (2) F32 T8 Lamps &




423 C.T. Barkalow Class4' Wrap Fixture w/ (2) F32 T8 Lamps &




424 C.T. Barkalow Tech Room4' Wrap Fixture w/ (1) F34 Econo-Watt

T12 Lamp & (1) 1-Light Magnetic Ballast1 50 0.05 1,500 75 12$



425 C.T. Barkalow home & life skills4' Wrap Fixture w/ (2) F32 T8 Lamps &




426 C.T. Barkalow Work Room4' Wrap Fixture w/ (2) F32 T8 Lamps &




427 C.T. Barkalow Office4' Wrap Fixture w/ (2) F32 T8 Lamps &




428 C.T. Barkalow Tech Ed.4' Wrap Fixture w/ (2) F32 T8 Lamps &




429 C.T. Barkalow Tech Lab2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




430 C.T. Barkalow Storage4' Wrap Fixture w/ (2) F32 T8 Lamps &




431 C.T. Barkalow Computer Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast












Lamps






Lamps






Lamps






Lamps






Lamps


14 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings






Lamps






Lamps


440 C.T. Barkalow Utility RoomIndustrial Hood 8' Fxiture with (2) F96


1 138 0.14 1,000 138 22$

Rebuild an 8' Fixture. Install a 2-Lamp Electronic Low Power Ballast, Reflector, Sub to Measure

Channel, Socket Bracket, (2) 4' 28w T8 Energy Saving Lamps, New Lamp Sockets.


441 C.T. Barkalow Boiler Room4' Indusrtial Hood Fixture w/ (1) F32 T8




442 C.T. Barkalow Boiler RoomIndustrial Hood 8' Fxiture with (2) F96


1 138 0.14 1,000 138 22$

Rebuild an 8' Fixture. Install a 2-Lamp Electronic Low Power Ballast, Reflector, Sub to Measure

Channel, Socket Bracket, (2) 4' 28w T8 Energy Saving Lamps, New Lamp Sockets.


443 C.T. Barkalow Bathroom4' Wrap Fixture w/ (2) F32 T8 Lamps &














447 C.T. Barkalow CST2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast












450 C.T. Barkalow Bathroom1X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast






452 C.T. Barkalow Work Room4' Fxiture with Egg Style Lens with (2)




Lamps


453 C.T. Barkalow Bathroom 100w Incandescent S/I 2 100 0.20 2,400 480 78$ Remove and Replace Existing Lamp With a New 23w Compact Fluorescent Two Piece Screw-In.


454 C.T. Barkalow Bathroom 100w Incandescent S/I 2 100 0.20 2,400 480 78$ Remove and Replace Existing Lamp With a New 23w Compact Fluorescent Two Piece Screw-In.




456 C.T. Barkalow Principal2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




457 C.T. Barkalow Vice Principal4' Fxiture with Egg Style Lens with (2)

F32 T8 Lamps & (1) 2L Electonic Ballast4 61 0.24 2,400 586 95$



Lamps


458 C.T. Barkalow Corridor4' Wrap Fxiture with (1) F32 T12 Lamp &




459 C.T. Barkalow Main Office2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




460 C.T. Barkalow GymHigh Bay Fixture with (1) 400w Metal





461 C.T. Barkalow Gym Exit Sign w/ 2w LED 4 2 0.01 8,760 70 11$ No Work Proposed 0 2 0.01 8760 70 11$ NO SENSOR PROPOSED 0 - - - - -$

462 C.T. Barkalow Gym2X2 recessed troffer with (2) F17 T8 Lamps & (1) 2-Light Electronic ballast


463 C.T. Barkalow Storage4' Indusrtial Hood Fixture w/ (1) F34 Econo-Watt T12 Lamps & (1) 1L EE

Magnetic Ballast2 50 0.10 500 50 8$



464 C.T. Barkalow Entrance1X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




465 C.T. Barkalow Boys Locker4' Wrap Fxiture with (1) F32 T12 Lamp &

(1) 1L Magnetic Ballast20 31 0.62 2,400 1,488 241$



15 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


466 C.T. Barkalow Boys Locker2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




467 C.T. Barkalow Boys Locker Recessed Can Can w/ (2) 13w CF PL 6 26 0.16 2,400 374 61$ No Work Proposed 0 26 0.16 2400 374 61$ NO SENSOR PROPOSED 0 - - - - -$

468 C.T. Barkalow Office4' Wrap Fixture w/ (2) F32 T8 Lamps &






470 C.T. Barkalow Gym Entrance1X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




471 C.T. Barkalow Gym Entrance Exit Sign w/ 2w LED 1 2 0.00 8,760 18 3$ No Work Proposed 0 2 0.00 8760 18 3$ NO SENSOR PROPOSED 0 - - - - -$

472 C.T. Barkalow Girls Locker Room4' Wrap Fxiture with (1) F32 T12 Lamp &

(1) 1L Magnetic Ballast16 31 0.50 2,400 1,190 193$



473 C.T. Barkalow Girls Locker Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




474 C.T. Barkalow Girls Locker Room Recessed Can Can w/ (2) 13w CF PL 4 26 0.10 2,400 250 40$ No Work Proposed 0 26 0.10 2400 250 40$ NO SENSOR PROPOSED 0 - - - - -$

475 C.T. Barkalow Girls Coach4' Wrap Fixture w/ (2) F32 T8 Lamps &




476 C.T. Barkalow Bathroom2' Surface Mounted Wrap Fxiture with (2) F20 T12 Lamp & (1) 2L Magnetic Ballast



477 C.T. Barkalow Storage 60w. Incandescent S/I 2 60 0.12 500 60 10$ Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


478 C.T. Barkalow Men's Room4' Wrap Fxiture with (1) F32 T12 Lamp &




479 C.T. Barkalow Lounge4' Wrap Fxiture with (1) F32 T12 Lamp &




480 C.T. Barkalow Lounge4' Wrap Fxiture with (4) F32 T8 Lamps &




481 C.T. Barkalow Bathroom4' Wrap Fxiture with (4) F32 T8 Lamps &




482 C.T. Barkalow Bathroom4' Wrap Fxiture with (1) F32 T12 Lamp &




483 C.T. Barkalow Girls4' Wrap Fxiture with (1) F32 T12 Lamp &




484 C.T. Barkalow Boys4' Wrap Fxiture with (1) F32 T12 Lamp &




485 C.T. Barkalow Custodian4' Wrap Fxiture with (1) F32 T12 Lamp &




486 C.T. Barkalow Storage #24' Wrap Fixture w/ (2) F32 T8 Lamps &




487 C.T. Barkalow Storage #24' Wrap Fxiture with (1) F32 T12 Lamp &

(1) 1L Magnetic Ballast2 31 0.06 500 31 5$



488 C.T. Barkalow Stage4' Wrap Fxiture with (1) F32 T12 Lamp &




489 C.T. Barkalow Stage8' Wrap Fxiture with (4) F32 T8 Lamps &

(1) 4L Electronic Ballast6 110 0.66 2,400 1,584 257$



490 C.T. Barkalow Stage4' Wrap Fixture w/ (2) F32 T8 Lamps &




491 C.T. Barkalow Store room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast






493 C.T. Barkalow Class (Vocal Music)2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




494 C.T. Barkalow Storage4' Wrap Fxiture with (1) F32 T12 Lamp &

(1) 1L Magnetic Ballast2 31 0.06 500 31 5$







16 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


496 C.T. Barkalow Storage #64' Wrap Fixture w/ (1) F34 Econo-Watt












499 C.T. Barkalow Men's Room4' Wrap Fxiture with (1) F32 T12 Lamp &




500 C.T. Barkalow Men's Room2' Vanity Fxiture with (2) F20 T12 Lamp &




501 C.T. Barkalow Women's Room4' Wrap Fxiture with (1) F32 T12 Lamp &




502 C.T. Barkalow Women's Room4' Vanity Fxiture with (2) F32 T8 Lamps &




503 C.T. Barkalow Prep Room8' Wrap Fxiture with (4) F32 T8 Lamps &




504 C.T. Barkalow Class8' Wrap Fxiture with (4) F32 T8 Lamps &




505 C.T. Barkalow Prep Room4' Wrap Fixture w/ (1) F34 Econo-Watt




506 C.T. Barkalow Park Room4' Wrap Fixture w/ (1) F34 Econo-Watt












509 C.T. Barkalow Prep Room4' Wrap Fxiture with (1) F32 T12 Lamp &
























































523 C.T. Barkalow Custodian4' Wrap Fixture w/ (1) F34 Econo-Watt




17 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


524 C.T. Barkalow Girls4' Wrap Fxiture with (1) F32 T12 Lamp &




525 C.T. Barkalow Boys4' Wrap Fxiture with (1) F32 T12 Lamp &




































534 C.T. Barkalow Computer Lab2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




535 C.T. Barkalow Library2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




536 C.T. Barkalow Library2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


537 C.T. Barkalow Work Room2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




538 C.T. Barkalow Librarian2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




539 C.T. Barkalow Audio/Visual2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




540 C.T. Barkalow Showcase4' Strip Fxiture with (2) F32 T8 Lamps &












543 C.T. Barkalow Girls4' Vanity Fxiture with (2) F32 T8 Lamps &




544 C.T. Barkalow Girls Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$

545 C.T. Barkalow Custodian4' Wrap Fixture w/ (2) F32 T8 Lamps &
























551 C.T. Barkalow Prep Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




18 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings










554 C.T. Barkalow Electrical Room4' Wrap Fixture w/ (2) F32 T8 Lamps &




555 C.T. Barkalow Electrical Room Exit Sign w/ 2w LED 1 2 0.00 8,760 18 3$ No Work Proposed 0 2 0.00 8760 18 3$ NO SENSOR PROPOSED 0 - - - - -$

556 C.T. Barkalow Faculty Bath2' Vanity Fixture with (2) F17 T8 Lamps &


557 C.T. Barkalow Faculty Bath Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$

558 C.T. Barkalow Faculty Women2' Vanity Fixture with (2) F17 T8 Lamps &


559 C.T. Barkalow Faculty Women Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$

560 C.T. Barkalow Faculty Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




561 C.T. Barkalow CafeteriaHigh Bay Fixture with (1) 400w Metal





562 C.T. Barkalow Cafeteria 250w Quartz 6 250 1.50 3,640 5,460 885$ No Work Proposed 0 250 1.50 3640 5460 885$ NO SENSOR PROPOSED 0 - - - - -$

563 C.T. Barkalow Kitchen Storage4' Wrap Fixture w/ (2) F32 T8 Lamps &




564 C.T. Barkalow Kitchen Storage2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




565 C.T. Barkalow Kitchen4' Vapor & Moisture Resistant Fixture w/

(2) F32 T8 Lamps & (1) 2-Light Electronic Ballast




566 C.T. Barkalow Kitchen 100w Incandescent S/I 6 100 0.60 2,400 1,440 233$ Remove and Replace Existing Lamp With a New 23w Compact Fluorescent Two Piece Screw-In.


567 C.T. Barkalow Kitchen Recessed Can Can w/ (2) 13w CF PL 2 26 0.05 2,400 125 20$ No Work Proposed 0 26 0.05 2400 125 20$ NO SENSOR PROPOSED 0 - - - - -$

568 C.T. Barkalow Locker4' Wrap Fixture w/ (2) F32 T8 Lamps &




569 C.T. Barkalow Bathroom Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$



571 C.T. Barkalow Cafeteria Storage4' Wrap Fixture w/ (2) F32 T8 Lamps &




572 C.T. Barkalow HW Heater4' Wrap Fixture w/ (2) F32 T8 Lamps &




573 C.T. Barkalow Art Class2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




574 C.T. Barkalow Sprinkler Valve2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




575 C.T. Barkalow Gym High Bay Fixture with (8) 42w Triple Tube PL Fluorescent Lamps


576 C.T. Barkalow Gym Exit Sign w/ 2w LED 4 2 0.01 8,760 70 11$ No Work Proposed 0 2 0.01 8760 70 11$ NO SENSOR PROPOSED 0 - - - - -$

577 C.T. Barkalow StorageIndustrial Hood 4' Fixture w/ (2) F32 T/








579 C.T. Barkalow Electrical2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




580 C.T. Barkalow Stairs4' Wrap Fixture w/ (2) F32 T8 Lamps &




581 C.T. Barkalow StorageIndustrial Hood 4' Fixture w/ (2) F32 T/




582 C.T. Barkalow mechanicalIndustrial Hood 4' Fixture w/ (2) F32 T/








19 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


























590 C.T. Barkalow Storage4' Wrap Fixture w/ (2) F32 T8 Lamps &




591 C.T. Barkalow Hub Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast
















595 C.T. Barkalow Digital Arts2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




596 C.T. Barkalow Girls Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$





598 C.T. Barkalow Custodial Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




599 C.T. Barkalow Restroom2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




600 C.T. Barkalow Boys Recessed Can Can w/ (2) 13w CF PL 2 26 0.05 2,400 125 20$ No Work Proposed 0 26 0.05 2400 125 20$ NO SENSOR PROPOSED 0 - - - - -$

601 C.T. Barkalow Boys2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




602 C.T. Barkalow Faculty Conference2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast










605 C.T. Barkalow Outside Recessed Can Can w/ (2) 13w CF PL 5 26 0.13 3,640 473 77$ No Work Proposed 0 26 0.13 3640 473 77$ NO SENSOR PROPOSED 0 - - - - -$

606 C.T. Barkalow OutsideParking Lot Fixture Mounted on a Pole w/ (1) 400w Probe Start Metal Halide Lamp


607 C.T. Barkalow Outside 100w Incandescent S/I 1 100 0.10 3,640 364 59$ Remove and Replace Existing Lamp With a New 23w Compact Fluorescent Two Piece Screw-In.


0 39 81804 0 81804 $13,252





609 E.C.L.C. Corridor 384 Exit Sign w/ 2w LED 1 2 0.00 8,760 18 3$ No Work Proposed 0 2 0.00 8760 18 3$ NO SENSOR PROPOSED 0 - - - - -$





611 E.C.L.C. Corridor 3854' Strip Fxiture with (1) F32 T12 Lamp &





613 E.C.L.C. Entrance 2402X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


614 E.C.L.C. Entrance 2404' Strip Fxiture with (2) F32 T8 Lamps &




615 E.C.L.C. Entrance 240 Exit Sign w/ 2w LED 2 2 0.00 8,760 35 6$ No Work Proposed 0 2 0.00 8760 35 6$ NO SENSOR PROPOSED 0 - - - - -$

Totals for Lighting System Upgrades at C.T. Barkalow:

20 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings





























627 E.C.L.C. Stairs 3544' Wrap Fixture w/ (2) F32 T8 Lamps &










630 E.C.L.C. Corridor 5764' Wrap Fixture w/ (2) F32 T8 Lamps &





632 E.C.L.C. Stairs 3552X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




633 E.C.L.C. Stairs 355 Exit Sign w/ 2w LED 1 2 0.00 8,760 18 3$ No Work Proposed 0 2 0.00 8760 18 3$ NO SENSOR PROPOSED 0 - - - - -$

634 E.C.L.C. Corridor 5124' Wrap Fixture w/ (2) F32 T8 Lamps &













@ 9' High

1 0.20 306 277 583 94.94$






@ 9' High

1 0.20 306 277 583 94.94$

638 E.C.L.C. Class4' Direct/Indirect Fxiture with (3) F32 T8
































646 E.C.L.C. Bathroom Exit Sign w/ 2w LED 1 2 0.00 8,760 18 3$ No Work Proposed 0 2 0.00 8760 18 3$ NO SENSOR PROPOSED 0 - - - - -$









21 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


649 E.C.L.C. Girls4' Wrap Fixture w/ (2) F32 T8 Lamps &




650 E.C.L.C. Faculty Room4' Wrap Fixture w/ (2) F32 T8 Lamps &




651 E.C.L.C. Faculty Room4' Wrap Fxiture with (1) F32 T12 Lamp &




652 E.C.L.C. Conference Room 2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




653 E.C.L.C. Conference Room Exit Sign w/ 2w LED 1 2 0.00 8,760 18 3$ No Work Proposed 0 2 0.00 8760 18 3$ NO SENSOR PROPOSED 0 - - - - -$

654 E.C.L.C. Boys4' Wrap Fixture w/ (2) F32 T8 Lamps &




655 E.C.L.C. Electrical2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast






657 E.C.L.C. Hub2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




658 E.C.L.C. Asst. Super/Admin2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




659 E.C.L.C. Asst. Super/Admin Exit Sign w/ 2w LED 2 2 0.00 8,760 35 6$ No Work Proposed 0 2 0.00 8760 35 6$ NO SENSOR PROPOSED 0 - - - - -$

660 E.C.L.C. SGI/Copy Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast



5 63 0.32 975 307 50$


@ 9' High

1 0.13 195 165 360 58.67$

661 E.C.L.C. Kiln Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




662 E.C.L.C. Janitor4' Wrap Fxiture with (1) F32 T12 Lamp &




663 E.C.L.C. Storage 60w. Incandescent S/I 1 60 0.06 500 30 5$ Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


664 E.C.L.C. Faculty Bath2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast













9 63 0.57 975 553 90$


@ 9' High

1 0.23 351 298 649 105.60$

















672 E.C.L.C. Class2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast




674 E.C.L.C. Restroom Exit Sign w/ 2w LED 2 2 0.00 8,760 35 6$ No Work Proposed 0 2 0.00 8760 35 6$ NO SENSOR PROPOSED 0 - - - - -$







677 E.C.L.C. Nurse's Office4' Wrap Fxiture with (1) F32 T12 Lamp &




678 E.C.L.C. Nurse's Office 60w. Incandescent S/I 2 60 0.12 2,400 288 47$ Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


679 E.C.L.C. Main Office2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




22 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings










682 E.C.L.C. Building Admin2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




683 E.C.L.C. Bathroom 60w. Incandescent S/I 4 60 0.24 2,400 576 94$ Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


684 E.C.L.C. Bathroom 23w Compact Fluorescent S/I 2 23 0.05 2,400 110 18$ No Work Proposed 0 23 0.05 2400 110 18$ NO SENSOR PROPOSED 0 - - - - -$

685 E.C.L.C. Boys2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast



3 84 0.25 1560 393 64$

Low Voltage (w/ PP-20) Dual Technology Ceiling Sensor (8-15' Mtg.

Height) 360 Deg. Coverage 12' Circulur Viewing Pattern @ 9' High-(1)

PP-20 per sensor

1 0.08 187 212 399 64.94$

686 E.C.L.C. Girls2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast



3 84 0.25 1560 393 64$



PP-20 per sensor

1 0.08 187 212 399 64.94$

687 E.C.L.C. Child Study4' Wrap Fixture w/ (2) F32 T8 Lamps &






PP-20 per sensor

2 0.20 306 277 583 94.94$

688 E.C.L.C. Child Study Team2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast








690 E.C.L.C. Director/Super2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast







6 63 0.38 1560 590 96$



PP-20 per sensor

1 0.16 374 318 692 112.64$





693 E.C.L.C. Storage 60w. Incandescent S/I 2 60 0.12 500 60 10$ Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


694 E.C.L.C. Health Services2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




695 E.C.L.C. Coordinator Office2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast



6 63 0.38 1560 590 96$


@ 9' High

1 0.16 374 318 692 112.64$

696 E.C.L.C. Elevator B4' Wrap Fixture w/ (2) F32 T8 Lamps &




697 E.C.L.C. Elevator B2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




698 E.C.L.C. Paper Storage4' Wrap Fixture w/ (2) F32 T8 Lamps &




699 E.C.L.C. Custodian 60w. Incandescent S/I 1 60 0.06 1,000 60 10$ Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


700 E.C.L.C. Technology Staff4' Wrap Fixture w/ (2) F32 T8 Lamps &





@ 9' High

2 0.24 357 323 680 110.77$

701 E.C.L.C. Men's Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




702 E.C.L.C. Storage4' Wrap Fixture w/ (2) F32 T8 Lamps &




703 E.C.L.C. Business Admin2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast



7 84 0.59 1560 917 149$



PP-20 per sensor

1 0.18 437 494 931 151.52$













707 E.C.L.C. office 22X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




23 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings




709 E.C.L.C. conference2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast



6 84 0.50 1560 786 128$


@ 9' High

1 0.16 374 423 798 129.88$









712 E.C.L.C. HR Department2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast



















717 E.C.L.C. Office 12X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast









720 E.C.L.C. Women's Room2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast








722 E.C.L.C. Closet2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


723 E.C.L.C. storage2X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




724 E.C.L.C. storage 75w. Incandescent S/I 6 75 0.45 500 225 37$ Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


725 E.C.L.C. Meeting Room2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




726 E.C.L.C. Meeting Room 75w. Incandescent S/I 6 75 0.45 2,400 1,080 176$ Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


727 E.C.L.C. GymHigh Bay Fixture with (1) 400w Metal





728 E.C.L.C. ClosetIndustrial Hood 4' Fixture w/ (2) F32 T/




729 E.C.L.C. Closet Exit Sign w/ 2w LED 5 2 0.01 8,760 88 14$ No Work Proposed 0 2 0.01 8760 88 14$ NO SENSOR PROPOSED 0 - - - - -$

730 E.C.L.C. Stage2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




731 E.C.L.C. Stage4' Wrap Fxiture with (1) F32 T12 Lamp &




732 E.C.L.C. Electrical Room 60w. Incandescent S/I 2 60 0.12 1,000 120 20$ Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


733 E.C.L.C. Attic 150w Incandescent S/I 9 150 1.35 500 675 110$ Re-lamp with 40w Compact Fluorescent 9 40 0.36 500 180 29$ NO SENSOR PROPOSED 0 0.99 495 - 495 80.59$

734 E.C.L.C. Attic 150w Incandescent S/I 8 150 1.20 500 600 98$ Re-lamp with 40w Compact Fluorescent 8 40 0.32 500 160 26$ NO SENSOR PROPOSED 0 0.88 440 - 440 71.63$

735 E.C.L.C. Stairs to Basement4' Wrap Fxiture with (1) F32 T12 Lamp &




736 E.C.L.C. Stairs to Basement 2' Wrap Fixture w/ (2) F17 T8 Lamps & (1) 2L Electronic Ballast


737 E.C.L.C. Computer Storage4' Wrap Fxiture with (4) F32 T8 Lamps &




738 E.C.L.C. Computer Storage Exit Sign w/ 2w LED 1 2 0.00 8,760 18 3$ No Work Proposed 0 2 0.00 8760 18 3$ NO SENSOR PROPOSED 0 - - - - -$

739 E.C.L.C. Storage Room #24' Wrap Fxiture with (4) F32 T8 Lamps &




24 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings






741 E.C.L.C. Electrical Room4' Wrap Fixture w/ (2) F32 T8 Lamps &




742 E.C.L.C. Crawlspace 100w Incandescent S/I 8 100 0.80 1,000 800 130$ Remove and Replace Existing Lamp With a New 23w Compact Fluorescent Two Piece Screw-In.



T12 Lamps & (1) 2-Light Magnetic Ballast2 80 0.16 500 80 13$



744 E.C.L.C. Storage Room #4 100w Incandescent S/I 1 100 0.10 500 50 8$

Remove and Replace Existing Fixture With a New 1x4 Surface Mounted Wrap Fixture Containing a 1-Lamp Electronic Normal Power Ballast, Reflector

and (1) 4' 28W T8 Energy Saving Lamp.


745 E.C.L.C. head Custodian1X4 recessed troffer with (2) F32 T8 Lamps & (1) 2-Light Electronic ballast




746 E.C.L.C. head CustodianIndustrial Hood 4' Fixture w/ (2) F32 T/




747 E.C.L.C. Boiler RoomIndustrial Hood 4' Fixture w/ (2) F32 T/




748 E.C.L.C. Boiler Room4' Wrap Fixture w/ (2) F32 T8 Lamps &




749 E.C.L.C. Old Lunch Room2X4 recessed troffer with (3) F32 T8 Lamps & (1) 2-Light Electronic ballast




750 E.C.L.C. Old Lunch Room2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast


751 E.C.L.C. Old Lunch Room4' Vanity Fxiture with (2) F32 T8 Lamps &




752 E.C.L.C. Kitchen2X2 recessed troffer with (2) F32 T8 U6 Lamps & (1) 2-Light Electronic ballast






754 E.C.L.C. Electrical Panel4' Wrap Fixture w/ (2) F32 T8 Lamps &




755 E.C.L.C. School Services2X4 recessed troffer with (4) F32 T8 Lamps & (1) 4-Light Electronic ballast




756 E.C.L.C. Electrical Room4' Wrap Fixture w/ (2) F32 T8 Lamps &










759 E.C.L.C. Outside 60w. Incandescent S/I 5 60 0.30 3,640 1,092 178$ Remove and Replace Existing Lamp With a New 13w Compact Fluorescent Two Piece Screw-In.


760 E.C.L.C. OutsideParking Lot Fixture Mounted on a Pole w/ (1) 400w Probe Start Metal Halide Lamp


20 18 34757 4740 39497 $6,430

761M.W.






762 M.W. Errickson

Corridor 4-8 Exit Sign w/ 2w LED 1 2 0.00 8,760 18 3$ No Work Proposed 0 2 0.00 8760 18 3$ NO SENSOR PROPOSED 0 - - - - -$

763M.W.






764 M.W. Errickson


765M.W.

ErricksonCorridor 31





766M.W.

ErricksonCorridor Main





767 M.W. Errickson

Corridor Main Recessed Can Can w/ (2) 13w CF PL 4 26 0.10 3,640 379 63$ No Work Proposed 0 26 0.10 3640 379 63$ NO SENSOR PROPOSED 0 - - - - -$

768 M.W. Errickson

Corridor Main Recessed Can Can w/ (2) 13w CF PL 4 26 0.10 3,640 379 63$ No Work Proposed 0 26 0.10 3640 379 63$ NO SENSOR PROPOSED 0 - - - - -$

769M.W.






770 M.W. Errickson


Totals for Lighting System Upgrades at the ECLC:

25 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


771 M.W. Errickson

Corridor 39-40 Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 3,640 95 16$ No Work Proposed 0 26 0.03 3640 95 16$ NO SENSOR PROPOSED 0 - - - - -$

772M.W.






773 M.W. Errickson


774M.W.






775 M.W. Errickson


776M.W.






777 M.W. Errickson


778M.W.

ErricksonKitchen





779M.W.

ErricksonKitchen





780M.W.

ErricksonCafeteria





781 M.W. Errickson

Cafeteria Exit Sign w/ 2w LED 4 2 0.01 8,760 70 12$ No Work Proposed 0 2 0.01 8760 70 12$ NO SENSOR PROPOSED 0 - - - - -$

782M.W.

ErricksonStage





783 M.W. Errickson

Stage Exit Sign w/ 2w LED 2 2 0.00 8,760 35 6$ No Work Proposed 0 2 0.00 8760 35 6$ NO SENSOR PROPOSED 0 - - - - -$

784M.W.

ErricksonGym

Industrial Hood 8' Fxiture with (2) F32 T8 Lamps & (2) 2L Electronic Ballast




785 M.W. Errickson

Gym Exit Sign w/ 2w LED 4 2 0.01 8,760 70 12$ No Work Proposed 0 2 0.01 8760 70 12$ NO SENSOR PROPOSED 0 - - - - -$

786M.W.

ErricksonPrincipal






787M.W.

ErricksonNurse's Office





788 M.W. Errickson

Nurse's Office Recessed Can Can w/ (2) 13w CF PL 2 26 0.05 2,400 125 21$ No Work Proposed 0 26 0.05 2400 125 21$ NO SENSOR PROPOSED 0 - - - - -$

789 M.W. Errickson


790M.W.

ErricksonBathroom



791M.W.

ErricksonBathroom



792 M.W. Errickson


793M.W.

ErricksonWork Room





794 M.W. Errickson

Corridor Recessed Can Can w/ (2) 13w CF PL 2 26 0.05 3,640 189 31$ No Work Proposed 0 26 0.05 3640 189 31$ NO SENSOR PROPOSED 0 - - - - -$

795M.W.

ErricksonMain Office





796M.W.






797M.W.






798M.W.






799M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$

Remove and Replace Existing Fixture With a New Industrial Fixture Containing a 4-Lamp Low

Powered Electronic T8 Ballast, and (4) 4' T8 F28 Energy Saving Lamps, and Miro4 Reflector.


800M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




801M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




802M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




26 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


803M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




804M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




805M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




806M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




807M.W.

ErricksonBoys





808M.W.

ErricksonBoys





809M.W.

ErricksonCustodian 1





810 M.W. Errickson

Girls Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$

811M.W.

ErricksonGirls





812M.W.

ErricksonStorage





813M.W.

ErricksonMechanical





814M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$



9 84 0.76 975 737 123$


@ 9' High

1 0.23 351 397 748 124.45$

815M.W.

ErricksonComputer


5 61 0.31 1,500 458 76$



Lamps

5 54 0.27 975 263 44$


@ 9' High

2 0.04 53 142 194 32.32$

816M.W.

ErricksonComputer


Ballasts9 110 0.99 1,500 1,485 247$




817M.W.

ErricksonLibrary





818M.W.

ErricksonLibrary


Ballasts27 110 2.97 2,400 7,128 1,186$




819M.W.

ErricksonAudio Visual





820M.W.

ErricksonMedia Office





821M.W.

ErricksonCST


Ballasts4 110 0.44 2,400 1,056 176$




822M.W.

ErricksonSpeech




3 84 0.25 975 246 41$


@ 9' High

1 0.08 117 132 249 41.48$

823M.W.

ErricksonArt Class


Ballasts6 110 0.66 1,500 990 165$




824M.W.

ErricksonArt Class


5 61 0.31 1,500 458 76$



Lamps


825M.W.

ErricksonKiln





826M.W.

ErricksonArt Storage


Ballasts2 110 0.22 500 110 18$




827M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




27 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


828M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




829M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




830M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




831M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




832M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




833M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




834M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




835M.W.

ErricksonClass


Ballasts4 110 0.44 1,500 660 110$




836M.W.

ErricksonGirls





837 M.W. Errickson


838M.W.

ErricksonCustodian





839M.W.

ErricksonBoys





840 M.W. Errickson

Boys Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$

841M.W.

ErricksonSupervisor




4 44 0.18 1560 275 46$


@ 9' High

1 0.07 163 148 311 51.76$

842M.W.

ErricksonStorage 10





843 M.W. Errickson

Attic 23w Compact Fluorescent S/I 9 23 0.21 500 104 17$ No Work Proposed 0 23 0.21 500 104 17$ NO SENSOR PROPOSED 0 - - - - -$

844M.W.

ErricksonElevator



845M.W.

ErricksonElevator





846M.W.

ErricksonOffice





847M.W.

ErricksonSpeech




10 84 0.84 975 819 136$


@ 9' High

2 0.26 390 441 831 138.28$

848M.W.

ErricksonStorage 7





849M.W.

ErricksonStorage 7





850 M.W. Errickson

Storage 150w Incandescent S/I 3 150 0.45 500 225 37$ Re-lamp with 40w Compact Fluorescent 3 40 0.12 500 60 10$ NO SENSOR PROPOSED 0 0.33 165 - 165 27.46$

851M.W.

ErricksonSGI





852M.W.

ErricksonStorage 5





853M.W.

ErricksonKitchen





854M.W.

ErricksonOffice





855M.W.

ErricksonChair Storage





28 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


856M.W.

ErricksonOutside Storage





857M.W.

ErricksonReceiving Room





858M.W.

ErricksonEmergency Generator





859M.W.

ErricksonPanel Room





860M.W.

ErricksonStorage





861M.W.

ErricksonOutside Storage





862M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




863M.W.

ErricksonLobby





864M.W.

ErricksonCoat Room





865 M.W. Errickson

Coat Room 23w Compact Fluorescent S/I 2 23 0.05 1,500 69 11$ No Work Proposed 0 23 0.05 1500 69 11$ NO SENSOR PROPOSED 0 - - - - -$

866M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




867 M.W. Errickson

Toilet 23w Compact Fluorescent S/I 1 23 0.02 2,400 55 9$ No Work Proposed 0 23 0.02 2400 55 9$ NO SENSOR PROPOSED 0 - - - - -$

868M.W.

ErricksonStorage





869M.W.

ErricksonClass


Ballasts6 110 0.66 1,500 990 165$




870M.W.

ErricksonClass





871M.W.

ErricksonStorage





872M.W.

ErricksonToilet



873M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




874M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




875M.W.

ErricksonBathroom



876M.W.

ErricksonLobby





877M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




878M.W.






879M.W.






880M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




881 M.W. Errickson

Bathroom 23w Compact Fluorescent S/I 1 23 0.02 2,400 55 9$ No Work Proposed 0 23 0.02 2400 55 9$ NO SENSOR PROPOSED 0 - - - - -$

882M.W.

ErricksonStorage





883M.W.

ErricksonCoat Room





29 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


884M.W.

ErricksonToilet 75w. Incandescent S/I 1 75 0.08 2,400 180 30$



885M.W.

ErricksonClass


Ballasts9 110 0.99 1,500 1,485 247$




886M.W.

ErricksonStorage





887M.W.

ErricksonClass





888M.W.

ErricksonClass





889M.W.

ErricksonBathroom





890M.W.

ErricksonStorage





891 M.W. Errickson

Storage Exit Sign w/ 2w LED 1 2 0.00 8,760 18 3$ No Work Proposed 0 2 0.00 8760 18 3$ NO SENSOR PROPOSED 0 - - - - -$

892M.W.

ErricksonClass





893M.W.

ErricksonClass





894M.W.

ErricksonBathroom





895M.W.

ErricksonStorage





896 M.W. Errickson


897M.W.

ErricksonStorage





898M.W.

ErricksonClass





899M.W.

ErricksonClass





900M.W.

ErricksonBathroom





901M.W.

ErricksonStorage





902 M.W. Errickson


903M.W.

ErricksonMPR Recessed Can Can w/ (2) 57w CF PL 13 114 1.48 2,400 3,557 592$ No Work Proposed 0 114 1.48 2400 3557 592$ NO SENSOR PROPOSED 0 - - - - -$

904M.W.

ErricksonStorage





905M.W.

ErricksonRestroom





906M.W.

ErricksonStorage





907M.W.

ErricksonKitchen





908M.W.

ErricksonKitchen Storage





909 M.W. Errickson

Cafeteria Recessed Can Can w/ (2) 57w CF PL 12 114 1.37 3,640 4,980 829$ No Work Proposed 0 114 1.37 3640 4980 829$ NO SENSOR PROPOSED 0 - - - - -$

910 M.W. Errickson

Cafeteria Exit Sign w/ 2w LED 3 2 0.01 8,760 53 9$ No Work Proposed 0 2 0.01 8760 53 9$ NO SENSOR PROPOSED 0 - - - - -$

911M.W.

ErricksonRestroom





912M.W.

ErricksonCustodian





913M.W.

ErricksonClass





30 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


914M.W.

ErricksonClass





915M.W.

ErricksonBathroom





916M.W.

ErricksonStorage





917 M.W. Errickson


918M.W.

ErricksonClass





919M.W.

ErricksonClass





920M.W.

ErricksonBathroom





921M.W.

ErricksonStorage





922 M.W. Errickson


923M.W.

ErricksonGirls





924 M.W. Errickson


925M.W.

ErricksonCustodian 3





926M.W.

ErricksonBoys





927 M.W. Errickson

Boys Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 2,400 62 10$ No Work Proposed 0 26 0.03 2400 62 10$ NO SENSOR PROPOSED 0 - - - - -$

928M.W.

ErricksonMen's Room





929M.W.

ErricksonMen's Room




930M.W.

ErricksonTeachers Room




8 63 0.50 1560 786 131$


@ 9' High

1 0.21 499 423 923 153.51$

931M.W.

ErricksonTeachers Room 60w. Incandescent S/I 2 60 0.12 2,400 288 48$



932M.W.

ErricksonTeachers Room 25w. Incandescent S/I A-Lamp 2 25 0.05 2,400 120 20$



933M.W.

ErricksonFaculty Work Room





934M.W.

ErricksonElectrical Room





935M.W.

ErricksonStorage





936M.W.

ErricksonClass




12 84 1.01 975 983 164$


@ 9' High

1 0.31 468 529 997 165.93$

937M.W.





7 84 0.59 975 573 95$


@ 9' High

1 0.18 273 309 582 96.79$

938M.W.




939M.W.

ErricksonClass





940M.W.

ErricksonClass


1 61 0.06 1,500 92 15$ No Work Proposed 0 61 0.06 975 59 10$


@ 9' High

1 - - 32 32 5.33$

941M.W.

ErricksonClass




12 84 1.01 975 983 164$


@ 9' High

1 0.31 468 529 997 165.93$

942M.W.

ErricksonClass





943M.W.

ErricksonClass





944M.W.

ErricksonBoys



31 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


945M.W.

ErricksonBoys





946M.W.

ErricksonJanitors Closet





947M.W.

ErricksonGirls



948M.W.

ErricksonGirls





949M.W.

ErricksonOutside



950M.W.

ErricksonOutside



951M.W.

ErricksonOutside



952M.W.

ErricksonOutside



953M.W.

ErricksonOutside


and (1) Magnetic HID Ballast4 286 1.14 3,640 4,164 693$ No Work Proposed 0 286 1.14 3640 4164 693$ NO SENSOR PROPOSED 0 - - - - -$

17 21 42351 3567 45918 $7,641

954Laura






955Laura






956Laura






957 Laura Donovan


958Laura






959Laura






960Laura






961Laura

DonovanCorridor 402-404 Recessed Can Can w/ (2) 13w CF PL 1 26 0.03 3,640 95 16$ No Work Proposed 0 26 0.03 3640 95 16$ NO SENSOR PROPOSED 0 - - - - -$

962 Laura Donovan


963Laura






964Laura




965 Laura Donovan


966Laura

DonovanCorridor 412A





967 Laura Donovan

Corridor 412A Exit Sign w/ 2w LED 2 2 0.00 8,760 35 6$ No Work Proposed 0 2 0.00 8760 35 6$ NO SENSOR PROPOSED 0 - - - - -$

968Laura

DonovanCorridor Main





969 Laura Donovan

Corridor Main Exit Sign w/ 2w LED 1 2 0.00 8,760 18 3$ No Work Proposed 0 2 0.00 8760 18 3$ NO SENSOR PROPOSED 0 - - - - -$

970Laura






971 Laura Donovan


972Laura






973Laura






974 Laura Donovan


975Laura

DonovanCorridor 5-8





976Laura

DonovanCorridor 5-8





977 Laura Donovan


Totals for Lighting System Upgrades at M.W. Errickson:

32 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


978Laura






979Laura






980Laura

DonovanMedia Center 435





981Laura

DonovanComm. - MC





982 Laura Donovan

Comm. - MC Exit Sign w/ 2w LED 1 2 0.00 8,760 18 3$ No Work Proposed 0 2 0.00 8760 18 3$ NO SENSOR PROPOSED 0 - - - - -$

983Laura

DonovanCafeteria





984Laura

DonovanStorage - Caf





985Laura

DonovanRoom 44 - Caf





986Laura

DonovanKitchen





987Laura

DonovanKitchen





988 Laura Donovan

Kitchen Exit Sign w/ 2w LED 4 2 0.01 8,760 70 12$ No Work Proposed 0 2 0.01 8760 70 12$ NO SENSOR PROPOSED 0 - - - - -$

989Laura

DonovanGym


20 445 8.90 2,400 21,360 3,621$




990Laura

DonovanStorage - Gym

4' Industrail Hood Fixture with (2) F34 Econo-Watt T12 Lamps & (1) 2L Magnetic

Ballast1 80 0.08 500 40 7$



991 Laura Donovan

Storage - Gym Recessed Can Can w/ (2) 13w CF PL 2 26 0.05 500 26 4$ No Work Proposed 0 26 0.05 500 26 4$ NO SENSOR PROPOSED 0 - - - - -$

992Laura

DonovanOffice - Gym





993Laura

DonovanBR - Gym



994Laura

DonovanGym - Stair Recessed Can Can w/ (2) 13w CF PL 3 26 0.08 2,400 187 32$ No Work Proposed 0 26 0.08 2400 187 32$ NO SENSOR PROPOSED 0 - - - - -$

995 Laura Donovan

Gym - Stair Exit Sign w/ (2) 20w Incandescent Lamps 6 40 0.24 8,760 2,102 356$ Remove and Replace existing exit sign with a new LED exit sign.


996Laura

DonovanStage





997Laura

DonovanStage





998 Laura Donovan

Stage Exit Sign w/ 2w LED 2 2 0.00 8,760 35 6$ No Work Proposed 0 2 0.00 8760 35 6$ NO SENSOR PROPOSED 0 - - - - -$

999Laura

DonovanClass




11 84 0.92 975 901 153$


@ 9' High

1 0.29 429 485 914 154.94$

1000Laura

DonovanClass





1001Laura

DonovanBathroom 40w. Incandescent S/I 2 40 0.08 2,400 192 33$



1002Laura

DonovanClass




8 84 0.67 975 655 111$


@ 9' High

1 0.21 312 353 665 112.68$

1003Laura

DonovanClass





1004Laura

DonovanClass




8 84 0.67 975 655 111$


@ 9' High

1 0.21 312 353 665 112.68$

1005Laura

DonovanClass





1006Laura

DonovanClass




8 84 0.67 975 655 111$


@ 9' High

1 0.21 312 353 665 112.68$

1007Laura

DonovanClass





1008Laura





4 84 0.34 1560 524 89$


@ 9' High

1 0.10 250 282 532 90.15$

33 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1009Laura






1010Laura

DonovanStorage #1 100w Incandescent S/I 4 100 0.40 500 200 34$



1011Laura

DonovanClass





1012Laura

DonovanClass





1013Laura

DonovanClass





1014Laura

DonovanClass





1015Laura

DonovanClass





1016Laura

DonovanClass





1017Laura

DonovanClass





1018Laura

DonovanClass





1019Laura

DonovanClass





1020Laura

DonovanClass





1021Laura

DonovanElectric Service 100w Incandescent S/I 4 100 0.40 1,000 400 68$



1022Laura

DonovanClass





1023Laura

DonovanClass





1024Laura

DonovanClass





1025Laura

DonovanClass





1026Laura

DonovanClass





1027Laura

DonovanClass





1028Laura

DonovanClass





1029Laura

DonovanClass





1030Laura

DonovanGirls





1031 Laura Donovan


1032Laura

DonovanBoys





1033 Laura Donovan


1034Laura

DonovanStorage





1035Laura

DonovanExit Vestibule





1036Laura

DonovanArt Room




15 84 1.26 975 1229 208$


@ 9' High

2 0.39 585 662 1,247 211.28$

1037Laura

DonovanKiln Room





34 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1038Laura

DonovanCST




6 44 0.26 1560 412 70$


@ 9' High

1 0.10 245 222 467 79.08$

1039Laura

DonovanBoys





1040Laura

DonovanCustodian 100w Incandescent S/I 2 100 0.20 1,000 200 34$



1041Laura

DonovanSprinkler Valve 100w Incandescent S/I 4 100 0.40 1,000 400 68$



1042Laura

DonovanGirls





1043Laura

DonovanClass





1044Laura

DonovanClass





1045Laura

DonovanClass





1046Laura

DonovanClass





1047Laura

DonovanClass





1048Laura

DonovanClass





1049Laura

DonovanComputer Class




27 44 1.19 975 1158 196$


@ 9' High

2 0.46 689 624 1,312 222.42$

1050Laura

DonovanClass




12 44 0.53 975 515 87$


@ 9' High

1 0.20 306 277 583 98.85$

1051Laura

DonovanClass




14 44 0.62 975 601 102$


@ 9' High

1 0.24 357 323 680 115.33$

1052Laura

DonovanEnrichment Class




14 44 0.62 975 601 102$


@ 9' High

1 0.24 357 323 680 115.33$

1053Laura

DonovanStorage





1054Laura

DonovanClass





1055Laura

DonovanClass





1056Laura

DonovanClass




12 84 1.01 975 983 167$


@ 9' High

1 0.31 468 529 997 169.03$

1057Laura

DonovanClass




12 84 1.01 975 983 167$


@ 9' High

1 0.31 468 529 997 169.03$

1058Laura

DonovanClass




12 84 1.01 975 983 167$


@ 9' High

1 0.31 468 529 997 169.03$

1059Laura

DonovanClass




12 84 1.01 975 983 167$


@ 9' High

1 0.31 468 529 997 169.03$

1060Laura

DonovanCustodian





1061Laura

DonovanStorage 100w Incandescent S/I 4 100 0.40 500 200 34$



1062Laura

DonovanClass




12 84 1.01 975 983 167$


@ 9' High

1 0.31 468 529 997 169.03$

1063Laura




1064Laura

DonovanClass





1065Laura




1066Laura

DonovanClass





35 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1067Laura




1068Laura

DonovanClass





1069Laura




1070Laura

DonovanClass





1071Laura

DonovanStorage 75w. Incandescent S/I 2 75 0.15 500 75 13$



1072Laura




1073Laura

DonovanClass




16 84 1.34 975 1310 222$


@ 9' High

1 0.42 624 706 1,330 225.37$

1074Laura




1075Laura

DonovanRestroom 40w. Incandescent S/I 2 40 0.08 2,400 192 33$



1076Laura

DonovanElectric Room 75w. Incandescent S/I 2 75 0.15 1,000 150 25$



1077Laura

DonovanNurse's Office





1078Laura

DonovanStorage 100w Incandescent S/I 1 100 0.10 500 50 8$



1079Laura




1080Laura

DonovanMain Office





1081Laura

DonovanPrincipal




6 63 0.38 1560 590 100$


@ 9' High

1 0.16 374 318 692 117.28$

1082Laura

DonovanWork Room





1083Laura




1084Laura

DonovanClass




11 84 0.92 975 901 153$


@ 9' High

2 0.29 429 485 914 154.94$

1085Laura

DonovanElectric Panel





1086Laura

DonovanSmall Group



1087Laura

DonovanSmall Group





1088Laura

DonovanRestroom




1089Laura

DonovanRestroom 60w. Incandescent S/I 2 60 0.12 2,400 288 49$



1090Laura

DonovanWomen's Room





1091Laura

DonovanWomen's Room





1092Laura

DonovanRestroom





1093Laura

DonovanRestroom



1094Laura

DonovanMusic Room





1095Laura

DonovanSpeech





1096Laura

DonovanSpeech



1097Laura




1098Laura




36 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1099Laura

DonovanHub room





1100Laura

DonovanTeachers Room




10 63 0.63 1560 983 167$


@ 9' High

1 0.26 624 529 1,153 195.47$

1101Laura

DonovanGirls





1102Laura

DonovanBoys





1103Laura

DonovanSmall Group C





1104Laura

DonovanStorage #6





1105Laura

DonovanClass




12 63 0.76 975 737 125$


@ 9' High

1 0.31 468 397 865 146.60$

1106Laura

DonovanClass




12 63 0.76 975 737 125$


@ 9' High

1 0.31 468 397 865 146.60$

1107Laura

DonovanClass





1108Laura

DonovanClass





1109Laura

DonovanClass




8 63 0.50 975 491 83$


@ 9' High

1 0.21 312 265 577 97.73$

1110Laura

DonovanClass





1111 Laura Donovan

Class Exit Sign w/ 2w LED 2 2 0.00 8,760 35 6$ No Work Proposed 0 2 0.00 8760 35 6$ NO SENSOR PROPOSED 0 - - - - -$

1112Laura

DonovanRestroom





1113Laura

DonovanStorage





1114Laura

DonovanClass




8 63 0.50 975 491 83$


@ 9' High

1 0.21 312 265 577 97.73$

1115Laura

DonovanClass





1116 Laura Donovan


1117Laura

DonovanRestroom





1118Laura

DonovanStorage





1119Laura

DonovanClass




8 63 0.50 975 491 83$


@ 9' High

1 0.21 312 265 577 97.73$

1120Laura

DonovanClass





1121 Laura Donovan


1122Laura

DonovanRestroom





1123Laura

DonovanStorage





1124Laura

DonovanClass




8 63 0.50 975 491 83$


@ 9' High

1 0.21 312 265 577 97.73$

1125Laura

DonovanClass





1126 Laura Donovan


1127Laura

DonovanRestroom





1128Laura

DonovanStorage





37 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1129 Laura Donovan

Lunch Room Recessed Can Can w/ (2) 57w CF PL 12 114 1.37 2,400 3,283 557$ No Work Proposed 0 114 1.37 2400 3283 557$ NO SENSOR PROPOSED 0 - - - - -$

1130 Laura Donovan

Lunch Room Exit Sign w/ 2w LED 2 2 0.00 8,760 35 6$ No Work Proposed 0 2 0.00 8760 35 6$ NO SENSOR PROPOSED 0 - - - - -$

1131Laura

DonovanRestroom





1132Laura

DonovanHW Heater





1133Laura

DonovanKitchen





1134Laura

DonovanKitchen Storage





1135 Laura Donovan

MPR Recessed Can Can w/ (2) 57w CF PL 13 114 1.48 2,400 3,557 603$ No Work Proposed 0 114 1.48 2400 3557 603$ NO SENSOR PROPOSED 0 - - - - -$

1136 Laura Donovan

MPR Exit Sign w/ 2w LED 13 2 0.03 8,760 228 39$ No Work Proposed 0 2 0.03 8760 228 39$ NO SENSOR PROPOSED 0 - - - - -$

1137Laura

DonovanStorage





1138Laura

DonovanCustodian





1139Laura

DonovanRestroom





1140Laura

DonovanClass





1141Laura

DonovanClass





1142 Laura Donovan


1143Laura

DonovanRestroom





1144Laura

DonovanStorage





1145Laura

DonovanStorage





1146Laura

DonovanOutside



1147Laura

DonovanOutside



1148Laura

DonovanOutside



1149Laura

DonovanOutside



1150Laura

DonovanOutside



32 29 58577 11387 69965 $11,859

1151West

FreeholdCorridor 262





1152 West Freehold

Corridor 262 Wall Sconce w/ (2) PL 13 Compact Fluorescent Lamps


1153 West Freehold


1154West






1155 West Freehold



1156West

FreeholdCorridor 259,200-201





1157 West Freehold

Corridor 259,200-201 Wall Sconce w/ (2) PL 13 Compact Fluorescent Lamps


1158 West Freehold

Corridor 259,200-201 Exit Sign w/ 2w LED 8 2 0.02 8,760 140 22$ No Work Proposed 0 2 0.02 8760 140 22$ NO SENSOR PROPOSED 0 - - - - -$

1159West






1160 West Freehold



1161West






1162 West Freehold



Totals for Lighting System Upgrades at Laura Donovan:

38 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1163West






1164 West Freehold


1165 West Freehold



1166West






1167West






1168 West Freehold


1169West






1170West






1171West






1172 West Freehold


1173West






1174 West Freehold

Corridor 101 Recessed Can Can w/ (2) 13w CF PL 11 26 0.29 3,640 1,041 166$ No Work Proposed 0 26 0.29 3640 1041 166$ NO SENSOR PROPOSED 0 - - - - -$

1175 West Freehold


1176 West Freehold

Vest. 100 Wall Sconce w/ (2) PL 13 Compact Fluorescent Lamps


1177West

FreeholdVest. 100

Wall Pack Fixture with (2) 26w Compact Fluorescent Lamps and (1) Magnetic

Ballast1 52 0.05 2,400 125 20$ No Work Proposed 0 52 0.05 2400 125 20$ NO SENSOR PROPOSED 0 - - - - -$

1178West






1179 West Freehold


1180West

FreeholdCommons



1181 West Freehold

Commons Recessed Can Can w/ (2) 13w CF PL 18 26 0.47 2,400 1,123 179$ No Work Proposed 0 26 0.47 2400 1123 179$ NO SENSOR PROPOSED 0 - - - - -$

1182West






1183West




1184West






1185West






1186 West Freehold


1187West






1188 West Freehold

Corridor 109 Recessed Can Can w/ (2) 13w CF PL 3 26 0.08 3,640 284 45$ No Work Proposed 0 26 0.08 3640 284 45$ NO SENSOR PROPOSED 0 - - - - -$

1189 West Freehold


1190West






1191West






1192 West Freehold


1193West






1194 West Freehold



1195 West Freehold


1196West






1197 West Freehold



1198 West Freehold


1199West






39 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1200 West Freehold



1201 West Freehold


1202West






1203 West Freehold



1204 West Freehold


1205West

FreeholdClass





Height) 1 0.26 390 331 721 114.74$

1206West

FreeholdClass





1207West

FreeholdClass





Height) 1 0.26 390 331 721 114.74$

1208West

FreeholdClass





1209West

FreeholdClass





Height) 1 0.26 390 331 721 114.74$

1210West

FreeholdClass





1211West

FreeholdClass





Height) 1 0.26 390 331 721 114.74$

1212West

FreeholdClass





1213West

FreeholdClass





Height) 1 0.26 390 331 721 114.74$

1214West

FreeholdClass





1215West

FreeholdClass





Height) 1 0.26 390 331 721 114.74$

1216West

FreeholdClass





1217West

FreeholdClass





Height) 1 0.26 390 331 721 114.74$

1218West

FreeholdClass





1219West

FreeholdClass





Height) 1 0.26 390 331 721 114.74$

1220West

FreeholdClass





1221West

FreeholdClass





Height) 1 0.26 390 331 721 114.74$

1222West

FreeholdClass





1223West

FreeholdStorage Shed





1224West

FreeholdSprinkler Valve





1225West

FreeholdClass





1226West

FreeholdClass





1227West

Freehold-Storage





1228West

Freehold-Restroom





1229West

FreeholdMPR





40 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1230West

FreeholdCafeteria A





1231West

FreeholdCafeteria A





1232West

Freehold-Restroom





1233West

Freehold-Storage





1234West

Freehold-Serving Kitchen





1235West

Freehold-Kitchen Storage





1236West

FreeholdJanitor Closet



1237West

FreeholdRestroom





1238West

FreeholdClass/Kindergarten





1239West






1240West

Freehold-Restroom





1241West

Freehold-Storage





1242West






1243West






1244West

Freehold-Restroom





1245West

Freehold-Storage





1246West






1247West






1248West

Freehold-Restroom





1249West

Freehold-Storage





1250West






1251West






1252West

Freehold-Restroom





1253West

Freehold-Storage





1254West

FreeholdClass





Height) 1 0.26 390 331 721 114.74$

1255West

FreeholdClass





Height) 1 0.26 390 331 721 114.74$

1256West

FreeholdRestroom






1257West

FreeholdWomen's Room





41 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1258West

FreeholdMen's Room





1259West

FreeholdIDF Room





1260West

FreeholdElectrical Closet





1261West

FreeholdSGI





1262West

FreeholdClass





1263West

FreeholdClass





1264West

FreeholdRestroom





1265West

FreeholdClass





1266West

FreeholdClass





1267West

FreeholdClass





1268West

FreeholdClass





1269West

FreeholdSGI





1270West

FreeholdSGI





1271West

FreeholdSGI 2





1272West

FreeholdGirls





1273West

FreeholdBoys





1274West

FreeholdSGI 3





1275West

FreeholdNurse's Office





1276West

FreeholdNurse's Office



1277West

FreeholdRestroom





1278West

FreeholdMain Office





1279West

FreeholdMain Office



1280West

FreeholdWork Room





1281West

FreeholdRestroom





1282West

FreeholdConference Room





1283West

FreeholdPrincipal





1284West

FreeholdLibrary





1285West

FreeholdLibrary





42 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1286West

FreeholdLibrary



1287 West Freehold

Library Recessed Can Can w/ (2) 57w CF PL 3 114 0.34 2,400 821 131$ No Work Proposed 0 114 0.34 2400 821 131$ NO SENSOR PROPOSED 0 - - - - -$

1288West

FreeholdWork Room





1289West

FreeholdLibrary Storage





1290West

FreeholdRestroom





1291West

FreeholdComputer Lab





1292West

FreeholdArt Class





1293West

FreeholdKiln Room





1294West

FreeholdStorage





1295West

FreeholdVice Principal




3 63 0.19 1560 295 47$


@ 9' High

1 0.08 187 159 346 55.08$

1296West

FreeholdMDF





1297West

FreeholdComputer Training






@ 9' High

1 0.34 510 462 972 154.74$

1298West

FreeholdElectrical Closet





1299West

FreeholdGuidence Office




3 63 0.19 1560 295 47$


@ 9' High

1 0.08 187 159 346 55.08$

1300West

FreeholdTesting




3 63 0.19 975 184 29$


@ 9' High

1 0.08 117 99 216 34.42$

1301West

FreeholdCST




3 63 0.19 1560 295 47$


@ 9' High

1 0.08 187 159 346 55.08$

1302West

FreeholdGirls




3 44 0.13 1560 206 33$



PP-20 per sensor

1 0.05 122 111 233 37.14$

1303West

FreeholdBoys




3 44 0.13 1560 206 33$



PP-20 per sensor

1 0.05 122 111 233 37.14$

1304West

FreeholdInstrumental Music




6 63 0.38 975 369 59$


@ 9' High

1 0.16 234 198 432 68.85$

1305 West Freehold

Instrumental Music Recessed Can Can w/ (2) 13w CF PL 12 26 0.31 1,500 468 75$ No Work Proposed 0 26 0.31 1500 468 75$ NO SENSOR PROPOSED 0 - - - - -$

1306West

FreeholdChoral Music




14 63 0.88 975 860 137$


@ 9' High

1 0.36 546 463 1,009 160.64$

1307West

FreeholdStage Alvoce





1308West

FreeholdStage





1309West

FreeholdStage Alvoce





1310 West Freehold

Gym High Bay Fixture with (8) 42w Triple Tube PL Fluorescent Lamps


1311 West Freehold

Gym 250w Quartz 10 250 2.50 2,400 6,000 955$ No Work Proposed 0 250 2.50 2400 6000 955$ NO SENSOR PROPOSED 0 - - - - -$

1312West

FreeholdPE Office





1313West

FreeholdCloset





1314West

FreeholdStorage





43 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1315West

FreeholdGym Storage





1316West

FreeholdCafeteria





1317West

FreeholdCafeteria





1318West

FreeholdCafeteria





1319West

FreeholdKitchen





1320West

FreeholdKitchen



1321West

FreeholdPTO Storage





1322West

FreeholdStorage





1323West

FreeholdLocker Room





1324West






1325West






1326West

FreeholdStorage





1327West

FreeholdBoys




3 44 0.13 1560 206 33$



PP-20 per sensor

1 0.05 122 111 233 37.14$

1328West

FreeholdGirls




3 44 0.13 1560 206 33$



PP-20 per sensor

1 0.05 122 111 233 37.14$

1329West

FreeholdStorage





1330West

FreeholdStorage





1331West

FreeholdMen's Room





1332West







1333West

FreeholdCustodial Closet





1334West

FreeholdFaculty Work Room




9 63 0.57 1560 885 141$


@ 9' High

1 0.23 562 476 1,038 165.23$

1335West

FreeholdCopy Room




9 63 0.57 1560 885 141$ Wall Switch Occupancy Sensor 1 0.23 562 476 1,038 165.23$

1336West

FreeholdReceiving Room





1337West

FreeholdBoiler Room





1338West

FreeholdElectrical Room





1339West

FreeholdAssistant Principal





1340West

FreeholdClass





1341West

FreeholdClass





44 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1342West

FreeholdClass





1343West

FreeholdClass





1344West

FreeholdClass





1345West

FreeholdClass





1346West

FreeholdClass





1347West

FreeholdClass





1348West

FreeholdClass





1349West

FreeholdClass





1350West

FreeholdClass





1351West

FreeholdClass





1352West

FreeholdClass





1353West

FreeholdClass





1354West

FreeholdClass





1355West

FreeholdClass





1356West

FreeholdClass





1357West

FreeholdClass





1358West

FreeholdClass





1359West

FreeholdClass





1360West

FreeholdClass





1361West

FreeholdClass





1362West

FreeholdClass





1363West

FreeholdClass





1364West

FreeholdClass





1365West

FreeholdClass





1366West

FreeholdClass





1367West

FreeholdClass





1368West

FreeholdClass





1369West

FreeholdClass





45 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1370West

FreeholdClass





1371West

FreeholdClass





1372West






1373West

FreeholdMen's Room





1374West

FreeholdGirls




2 44 0.09 1560 137 22$



PP-20 per sensor

1 0.03 82 74 156 24.76$

1375West






1376West

FreeholdBoys





1377West

FreeholdMechanical Room





1378West

FreeholdElectrical Room





1379West

FreeholdIDF





1380West

FreeholdStorage





1381West

FreeholdClass




15 63 0.95 975 921 147$


@ 9' High

2 0.39 585 496 1,081 172.12$

1382West

FreeholdSGI





1383West

FreeholdCourtyard 1



1384West

FreeholdCourtyard by 256



1385West

FreeholdCourtyard by 332



1386West

FreeholdOutside

Wall Pack Fixture with (2) 26w Compact Fluorescent Lamps and (1) Magnetic


1387West

FreeholdOutside



1388West

FreeholdOutside



30 32 68927 7608 76536 $12,184

1389C.R.






1390C.R.






1391 C.R. Applegate


1392C.R.






1393 C.R. Applegate


1394C.R.






1395 C.R. Applegate


1396C.R.






1397 C.R. Applegate


1398C.R.






1399C.R.






1400 C.R. Applegate


Totals for Lighting System Upgrades at West Freehold:

46 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1401C.R.






1402 C.R. Applegate


1403C.R.






1404 C.R. Applegate


1405 C.R. Applegate

Corridor 59 Exit Sign w/ (2) 20w Incandescent Lamps 2 40 0.08 8,760 701 115$ Remove and Replace existing exit sign with a new LED exit sign.


1406C.R.






1407 C.R. Applegate


1408C.R.

ApplegateMedic Center Office





1409C.R.

ApplegateHub Room





1410C.R.

ApplegateLibrary





1411C.R.

ApplegateLibrary





1412C.R.

ApplegateStorage Room #1





1413C.R.

ApplegateLobby





1414 C.R. Applegate

Lobby Exit Sign w/ 2w LED 2 2 0.00 8,760 35 6$ No Work Proposed 0 2 0.00 8760 35 6$ NO SENSOR PROPOSED 0 - - - - -$

1415C.R.

ApplegateLobby





1416C.R.

ApplegateClassroom





1417C.R.

ApplegateClassroom





1418C.R.

ApplegateClassroom





1419C.R.

ApplegateClassroom





1420C.R.

ApplegateClassroom





1421C.R.

ApplegateClassroom





1422C.R.

ApplegateClassroom





1423C.R.

ApplegateClassroom





1424C.R.

ApplegateGirls





1425 C.R. Applegate

Girls 23w Compact Fluorescent S/I 1 23 0.02 2,400 55 9$ No Work Proposed 0 23 0.02 2400 55 9$ NO SENSOR PROPOSED 0 - - - - -$

1426C.R.

ApplegateSprinkler Valve





1427C.R.

ApplegateBoys




4 44 0.18 2400 422 70$ NO SENSOR PROPOSED 0 0.07 163 - 163 $27

1428 C.R. Applegate

Boys 23w Compact Fluorescent S/I 1 23 0.02 2,400 55 9$ No Work Proposed 0 23 0.02 2400 55 9$ NO SENSOR PROPOSED 0 - - - - $0

1429C.R.

ApplegateClassroom




18 44 0.79 975 772 127$


@ 9' High

1 0.31 459 416 875 $144

1430C.R.

ApplegateClassroom





1431C.R.

ApplegateClassroom





47 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1432C.R.

ApplegateKiln





1433C.R.

ApplegateArt Class





1434C.R.

ApplegateClass




4 84 0.34 975 328 54$


@ 9' High

1 0.10 156 176 332 $55

1435C.R.

ApplegateGirls





1436 C.R. Applegate

Girls 23w Compact Fluorescent S/I 2 23 0.05 2,400 110 18$ No Work Proposed 0 23 0.05 2400 110 18$ NO SENSOR PROPOSED 0 - - - - $0

1437C.R.






1438C.R.





16 84 1.34 3640 4892 805$ NO SENSOR PROPOSED 0 0.42 1,514 - 1,514 $249

1439C.R.

ApplegateClass





1440C.R.

ApplegateClass





1441C.R.

ApplegateClass





1442C.R.

ApplegateClass





1443C.R.

ApplegateClass





1444C.R.

ApplegateClass





1445C.R.

ApplegateClass





1446C.R.

ApplegateClass





1447C.R.

ApplegateClass





1448C.R.

ApplegateClass





1449C.R.

ApplegateCustodian Storage





1450C.R.

ApplegateBoys





1451 C.R. Applegate


1452C.R.

ApplegateMain Office





1453C.R.

ApplegateCopy Room





1454C.R.

ApplegatePrincipal





1455 C.R. Applegate

Corridor 23w Compact Fluorescent S/I 2 23 0.05 3,640 167 28$ No Work Proposed 0 23 0.05 3640 167 28$ NO SENSOR PROPOSED 0 - - - - $0

1456C.R.

ApplegateBathroom


1 34 0.03 2,400 82 13$ No Work Proposed 0 34 0.03 2400 82 13$ NO SENSOR PROPOSED 0 - - - - $0

1457C.R.

ApplegateBathroom 60w. Incandescent S/I 1 60 0.06 2,400 144 24$



1458C.R.

ApplegateNurse's Office





1459 C.R. Applegate

Corridor 23w Compact Fluorescent S/I 2 23 0.05 3,640 167 28$ No Work Proposed 0 23 0.05 3640 167 28$ NO SENSOR PROPOSED 0 - - - - $0

1460C.R.

ApplegateBathroom



1461C.R.




1462C.R.

ApplegateGuidence Office





48 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1463C.R.

ApplegateFaculty room




8 63 0.50 1560 786 129$


@ 9' High

1 0.21 499 423 923 $152

1464C.R.

ApplegateKitchen




6 63 0.38 1560 590 97$ Wall Switch Occupancy Sensor 1 0.16 374 318 692 $114

1465C.R.

ApplegateMen's Room





1466C.R.

ApplegateMen's Room



1467C.R.

ApplegateBoys





1468 C.R. Applegate


1469C.R.






1470C.R.






1471 C.R. Applegate

Women's Room 23w Compact Fluorescent S/I 1 23 0.02 2,400 55 9$ No Work Proposed 0 23 0.02 2400 55 9$ NO SENSOR PROPOSED 0 - - - - $0

1472C.R.

ApplegateCustodian





1473C.R.

ApplegateGirls





1474 C.R. Applegate

Girls 23w Compact Fluorescent S/I 1 23 0.02 2,400 55 9$ No Work Proposed 0 23 0.02 2400 55 9$ NO SENSOR PROPOSED 0 - - - - $0

1475C.R.

ApplegateCustodians Office





1476C.R.

ApplegateClass





1477C.R.

ApplegateClass





1478C.R.

ApplegateBathroom





1479 C.R. Applegate

Bathroom 150w Incandescent S/I 1 150 0.15 2,400 360 59$ Re-lamp with 40w Compact Fluorescent 1 40 0.04 2400 96 16$ NO SENSOR PROPOSED 0 0.11 264 - 264 $43

1480C.R.

ApplegateClass





1481C.R.

ApplegateClass





1482C.R.




1483C.R.

ApplegateClass





1484C.R.

ApplegateClass





1485C.R.

ApplegateClass





1486C.R.

ApplegateBathroom



1487C.R.

ApplegateClass





1488C.R.

ApplegateClass





1489C.R.

ApplegateClass





1490C.R.

ApplegateStorage





1491C.R.

ApplegateRestroom 100w Incandescent S/I 1 100 0.10 2,400 240 40$



1492C.R.

ApplegateCoat Room





1493 C.R. Applegate

Bathroom 23w Compact Fluorescent S/I 1 23 0.02 2,400 55 9$ No Work Proposed 0 23 0.02 2400 55 9$ NO SENSOR PROPOSED 0 - - - - $0

1494 C.R. Applegate

Storage 23w Compact Fluorescent S/I 1 23 0.02 500 12 2$ No Work Proposed 0 23 0.02 500 12 2$ NO SENSOR PROPOSED 0 - - - - $0

49 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1495C.R.

ApplegateClass





1496C.R.






1497C.R.

ApplegateClass





1498C.R.

ApplegateClass





1499C.R.

ApplegateStorage 100w Incandescent S/I 1 100 0.10 500 50 8$



1500C.R.

ApplegateElectrical Equipment





1501C.R.

ApplegateStorage 100w Incandescent S/I 3 100 0.30 500 150 25$

Remove and Replace Existing Fixture With a New 1x4 Surface Mounted Wrap Fixture Containing a 1-Lamp Electronic Normal Power Ballast, Reflector

and (1) 4' 28W T8 Energy Saving Lamp.


1502C.R.

ApplegateStage




33 84 2.77 2400 6653 1,095$ NO SENSOR PROPOSED 0 0.86 2,059 - 2,059 $339

1503C.R.

ApplegateStage





1504 C.R. Applegate

Stage Exit Sign w/ 2w LED 2 2 0.00 8,760 35 6$ No Work Proposed 0 2 0.00 8760 35 6$ NO SENSOR PROPOSED 0 - - - - $0

1505C.R.

ApplegateGym Storage





1506C.R.






1507C.R.






1508C.R.

ApplegateGym


12 445 5.34 2,400 12,816 2,110$



12 234 2.81 2400 6739 1,109$ NO SENSOR PROPOSED 0 2.53 6,077 - 6,077 $1,000

1509C.R.

ApplegateClass




6 63 0.38 975 369 61$


@ 9' High

1 0.16 234 198 432 $71

1510C.R.

ApplegateVice Principal




6 63 0.38 1560 590 97$


@ 9' High

1 0.16 374 318 692 $114

1511C.R.

ApplegateGym Entrances





1512C.R.

ApplegateGym Office





1513 C.R. Applegate

Gym Office 23w Compact Fluorescent S/I 1 23 0.02 2,400 55 9$ No Work Proposed 0 23 0.02 2400 55 9$ NO SENSOR PROPOSED 0 - - - - $0

1514C.R.

ApplegateGym Office





1515C.R.

ApplegateBoys Gym Storage





1516 C.R. Applegate

Mechanical Mezzanine 23w Compact Fluorescent S/I 10 23 0.23 1,000 230 38$ No Work Proposed 0 23 0.23 1000 230 38$ NO SENSOR PROPOSED 0 - - - - $0

1517C.R.

ApplegateElectrical Room





1518C.R.

ApplegateClass SGI




6 84 0.50 975 491 81$


@ 9' High

1 0.16 234 265 499 $82

1519C.R.

ApplegateSGI




6 84 0.50 975 491 81$


@ 9' High

1 0.16 234 265 499 $82

1520C.R.

ApplegateClass




12 84 1.01 975 983 162$


@ 9' High

1 0.31 468 529 997 $164

1521C.R.






1522C.R.

ApplegateBathroom





1523C.R.





7 84 0.59 975 573 94$


@ 9' High

1 0.18 273 309 582 $96

50 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1524C.R.




1525C.R.





11 84 0.92 975 901 148$


@ 9' High

1 0.29 429 485 914 $150

1526C.R.




1527C.R.

ApplegateClass




12 84 1.01 975 983 162$


@ 9' High

1 0.31 468 529 997 $164

1528C.R.

ApplegateClass




12 84 1.01 975 983 162$


@ 9' High

1 0.31 468 529 997 $164

1529C.R.

ApplegateClass




12 84 1.01 975 983 162$


@ 9' High

1 0.31 468 529 997 $164

1530C.R.

ApplegateGirls





1531C.R.

ApplegateGirls



1532C.R.






1533C.R.

ApplegateBoys





1534C.R.

ApplegateBoys



1535C.R.

ApplegateClassroom





1536C.R.

ApplegateClassroom





1537C.R.

ApplegateStorage





1538C.R.

ApplegateRestroom





1539C.R.

ApplegateClassroom





1540C.R.

ApplegateClassroom





1541C.R.

ApplegateStorage





1542C.R.

ApplegateRestroom





1543C.R.

ApplegateClassroom





1544C.R.

ApplegateClassroom





1545C.R.

ApplegateStorage





1546C.R.

ApplegateRestroom





1547C.R.

ApplegateClassroom





1548C.R.

ApplegateClassroom





1549C.R.

ApplegateStorage





1550C.R.

ApplegateRestroom





1551 C.R. Applegate

Cafeteria Recessed Can Can w/ (2) 57w CF PL 12 114 1.37 3,640 4,980 820$ No Work Proposed 0 114 1.37 3640 4980 820$ NO SENSOR PROPOSED 0 - - - - $0

1552C.R.

ApplegateCloset





51 of 52


Exist. Watts

Exist. kW

Base

Exsit. Oper. Hrs.


of Energy Existing


Fixtures

Prop. Watts

Prop. kW Base

Prop. Oper. Hrs.

w/ Sensors


of Energy Proposed


Total kW Saved

kWh Saved Lighting

Only

kWh Saved Sensors

Only

Total kWh Saved

Energy Cost Savings


1553C.R.

ApplegateKitchen





1554C.R.

ApplegateStorage





1555 C.R. Applegate

MPR Recessed Can Can w/ (2) 57w CF PL 13 114 1.48 2,400 3,557 585$ No Work Proposed 0 114 1.48 2400 3557 585$ NO SENSOR PROPOSED 0 - - - - $0

1556C.R.

ApplegateStorage





1557C.R.

ApplegateBathroom





1558C.R.

ApplegateCustodian





1559C.R.

ApplegateRestroom





1560C.R.

ApplegateClassroom





1561C.R.

ApplegateClassroom





1562C.R.

ApplegateStorage





1563C.R.

ApplegateRestroom





1564C.R.






1565C.R.

ApplegateOutside 100w Incandescent S/I 8 100 0.80 3,640 2,912 479$


8 23 0.18 3640 670 110$ NO SENSOR PROPOSED 0 0.62 2,242 - 2,242 $369

1566C.R.

ApplegateOutside


38 205 7.79 3,640 28,356 4,667$ Remove and Replace Existing Fixture With a New Outdoor Flood Fixture Containing a 150w Pulse

Metal Halide Lamp38 85 3.23 3640 11757 1,935$ NO SENSOR PROPOSED 0 4.56 16,598 - 16,598 $2,732

1567C.R.

ApplegateOutside


22 120 2.64 3,640 9,610 1,582$ No Work Proposed 0 120 2.64 3640 9610 1,582$ NO SENSOR PROPOSED 0 - - - - $0

1568C.R.

ApplegateOutside


and (1) Magnetic HID Ballast4 445 1.78 3,640 6,479 1,066$ No Work Proposed 0 445 1.78 3640 6479 1,066$ NO SENSOR PROPOSED 0 - - - - $0

1569C.R.

ApplegateOutside


and (1) Magnetic HID Ballast2 286 0.57 3,640 2,082 343$ No Work Proposed 0 286 0.57 3640 2082 343$ NO SENSOR PROPOSED 0 - - - - $0

16 30 66820 5502 72322 $11,904

11,127 962.32 2,179,177 356,050$ 9,703 720.58 1,608,546 262,665$ 184 241.73 512,135 58,496 570,631 $93,276

Totals for Lighting System Upgrades at C.R. Applegate:

52 of 52

APPENDIX F

SOLAR ENERGY FINANCING WORKSHEET

District Owns System Pro FormaSize of PV System (kW dc) 974.85Total System Cost 6,331,000$ NJCEP Rebate NoneCost of System After Rebate 6,331,000$ Variables and Assumptions:kWh ac generated Year 1 1,103,332 Percentage of annual degradation 0.50%Today's Cost Per Unit of Grid Electricity $0.160Annual inflation rate 4.00%Value of SRECs per kWh at current price Conservative Forecast based on % of cap15 Year Bond Rate 4.00%Debt Service Aid Percentage (% of System Cost After Rebate) 40%Term (Years) 15

EstAnnual Price Annual 1 2 3 4 5 6 7 8 9

Year kWh per kWh Maint. Avoided Cost Solar Project 15 Year Yearly Plus Yearly Plus YearlyCost of Grid Energy RECs Income G.O. Bond Balance DSA Balance CREB Award Balance

1 1,103,332 $0.1600 -$22,067 $176,533 $539,529 $693,996 -$561,956 $132,040 $224,782 $356,822 $31,050 $387,8732 1,097,815 $0.1664 -$21,956 $182,676 $520,364 $681,085 -$561,956 $119,129 $224,782 $343,911 $29,443 $373,3553 1,092,326 $0.1731 -$21,847 $189,034 $502,470 $669,657 -$561,956 $107,701 $224,782 $332,484 $27,771 $360,2544 1,086,865 $0.1800 -$21,737 $195,612 $484,742 $658,616 -$561,956 $96,661 $224,782 $321,443 $26,030 $347,4735 1,081,430 $0.1872 -$21,629 $202,419 $468,259 $649,050 -$561,956 $87,094 $224,782 $311,877 $24,218 $336,0956 1,076,023 $0.1947 -$21,520 $209,463 $423,953 $611,896 -$561,956 $49,940 $224,782 $274,723 $22,333 $297,0567 1,070,643 $0.2025 -$21,413 $216,753 $408,986 $604,326 -$561,956 $42,370 $224,782 $267,152 $20,371 $287,5238 1,065,290 $0.2105 -$21,306 $224,296 $395,223 $598,213 -$561,956 $36,257 $224,782 $261,039 $18,329 $279,3689 1,059,963 $0.2190 -$21,199 $232,101 $380,527 $591,429 -$561,956 $29,473 $224,782 $254,255 $16,203 $270,459

10 1,054,664 $0.2277 -$21,093 $240,178 $369,132 $588,217 -$561,956 $26,262 $224,782 $251,044 $13,991 $265,03511 1,049,390 $0.2368 -$20,988 $248,537 $367,287 $594,835 -$561,956 $32,880 $224,782 $257,662 $11,689 $269,35112 1,044,143 $0.2463 -$20,883 $257,186 $365,450 $601,753 -$561,956 $39,797 $224,782 $264,580 $9,293 $273,87313 1,038,923 $0.2562 -$20,778 $266,136 $363,623 $608,980 -$561,956 $47,025 $224,782 $271,807 $6,800 $278,60714 1,033,728 $0.2664 -$20,675 $275,397 $361,805 $616,528 -$561,956 $54,572 $224,782 $279,354 $4,205 $283,55915 1,028,559 $0.2771 -$20,571 $284,981 $359,996 $624,406 -$561,956 $62,450 $224,782 $287,232 $1,504 $288,73616 1,023,417 $0.2882 -$20,468 $294,898 $274,430 $274,430 $0 $274,430 $274,43017 1,018,299 $0.2997 -$20,366 $305,161 $284,795 $284,795 $0 $284,795 $284,79518 1,013,208 $0.3117 -$20,264 $315,781 $295,516 $295,516 $0 $295,516 $295,51619 1,008,142 $0.3241 -$20,163 $326,770 $306,607 $306,607 $0 $306,607 $306,60720 1,003,101 $0.3371 -$20,062 $338,141 $318,079 $318,079 $0 $318,079 $318,07921 998,086 $0.3506 -$19,962 $349,909 $329,947 $329,947 $0 $329,947 $329,94722 993,095 $0.3646 -$19,862 $362,085 $342,223 $342,223 $0 $342,223 $342,22323 988,130 $0.3792 -$19,763 $374,686 $354,923 $354,923 $0 $354,923 $354,92324 983,189 $0.3944 -$19,664 $387,725 $368,061 $368,061 $0 $368,061 $368,06125 978,273 $0.4101 -$19,565 $401,218 $381,652 $381,652 $0 $381,652 $381,652

-$519,801 $6,857,676 $6,311,345 $12,649,221 -$8,429,336 $4,219,886 $3,371,734 $7,591,620 $263,231 $7,854,851

Preliminary Solar Power Financing Worksheet - Freehold Township School District(Projections assume project will be implemented in accordance with NJBPU guidelines; however actual future SREC values will vary depending on market conditions)

Clean Renewable Energy Bond (CREB) is based on federal program guidelines which have not yet been approved for 2009.

Project Cashflows Possible Financing Options Addl CREB Benefits If Applicable

Financing – strategies and options

APPENDIX G

GLACIAL ENERGY – ALTERNATIVE ELECTRIC SUPPLIER QUOTE

Savings Analysis Proposal - JCP&L

This proposal illustrates how you can maximize your energy cost savings by choosing Glacial Energy as your preferred electricity supplier.

This proposal is based on your organization's estimated usage (kwh) and demand (kw) over the coming year.

Secure your savings today!

Contract Summary - Forecasted Price Comparison

Company Name: Freehold Board of Education - DD Eisenhower

Billing Address: 279 Burlington Rd, Freehold, NJ 07728

Forecasted Customer Usage Data Summary

Start Month: Jul-09

Number of LDC Accounts: 1 Usage (kwh): 1,926,165

Retail Margin Adder: N/A Avg Monthly Usage (kwh): 160,514

Peak Monthly kw: 720

Peak Load Factor: 31%

Estimated Rate Comparison over the next 12 months Capacity PLC: 345

Transmission PLC: 336

Avg Rate ($/kwh)*: 0.11874$

Annual Utility Charges: 228,706$ Savings Summary

Glacial Energy Index: 0.09628$ Estimated Savings vs. Utility 43,253$

Glacial Charges: 185,453$ Savings (Glacial vs. Utility) 19%

0.1250

0.1500

Rate

s (

$/k

wh

)

Glacial Energy Index - Forecast Rate Comparison

Glacial Index Includes:

a. Estimated weighted average Wholesale Energy price

b. Ancillary Services & requirements

c. Zonal Congestion

d. Market Scheduling and Forecasting Fees

e. PJM ISO Fees

f. Transmission Losses & Charges

g. Capacity Charges

h. NJ SUT

Glacial Index Excludes:

a. Any charges from the LDC companies - Wires

b. Non NJ SUT Taxes (SUT rates & charges noted above) LDC Account No: Physical Address:

c. Unaccounted for Energy (UFE) 1 '08018704390000435756

1. The Glacial Index price is based in large part on forecasted ISO charges and estimated future zonal energy prices.

2. The forward tariff rates are based on the latest, pending or estimated utility rates (inclusive of NJ SUT), applicable for this rate schedule(s).

Rate listed is an average over the next 12 months. Your current average utility rate for July 2009 is $0.12615/kwh.

graph above, beyond 7/31/2009 reflect published rate changes and/or rate estimations.

Estimated_Rate Comparison_New Jersey_June 09,2009_Freehold Board of Education - DD Eisenhower

279 Burlington Rd, Freehold, NJ 07728

0.0500

0.0750

0.1000

0.1250

0.1500

Jul-09 Aug-09 Sep-09 Oct-09 Nov-09 Dec-09 Jan-10 Feb-10 Mar-10 Apr-10 May-10 Jun-10

Rate

s (

$/k

wh

)

Billing Month


Glacial Index

JCP&L Rate

-

100,000

200,000

300,000

kw

h

Historical Customer Usage Data




Contract Summary - Historical Utility Charges

Company Name: Freehold Board of Education - DD Eisenhower


Historical Timeframe (mo.): 6

Start Month: Dec-08 6 month Period Summary

Number of LDC Accounts: 1

Usage (kwh): 1,296,008

Estimated Historical Utility Charges Avg Monthly Usage (kwh): 216,001



Avg Rate ($/kwh): 0.11132$ Capacity PLC: 345

Annual Utility Charges: 144,278$ Transmission PLC: 336

Glacial Energy Index: 0.09363$ Savings Summary

Glacial Charges: 121,349$

Estimated Savings vs. Utility 22,928$

Savings (Glacial vs. Utility) 16%

0.1500Glacial Energy Index - Estimated Historical Rate Comparison


a. Estimated Weighted average Wholesale Energy price


c. Zonal Congestion


e. PJM ISO Fees


g. Capacity Charges

h. NJ SUT Taxes



b. Non NJ SUT Taxes (SUT rates & charges noted above)

c. Unaccounted for Energy (UFE)

1. The historic tariff rate comparison is based on historical usage and current, pending or estimated utility rates (inclusive of NJ SUT) for the appropriate rate schedule(s).

Estimated_Rate Comparison_New Jersey_June 09,2009_Freehold Board of Education - DD Eisenhower

0.0500

0.0750

0.1000

0.1250

0.1500

Dec-08 Jan-09 Feb-09 Mar-09 Apr-09 May-09

Rate

s (

$/k

wh

)

Billing Months

Glacial Energy Index - Estimated Historical Rate Comparison

JCPL Rate

Glacial Index






Company Name: Freehold Township Board of Education - JJ Catena



Start Month: Jul-09







Avg Rate ($/kwh)*: 0.12204$




0.1250

0.1500

Rate

s (

$/k

wh

)





c. Zonal Congestion


e. PJM ISO Fees


g. Capacity Charges

h. NJ SUT









Estimated_Rate Comparison_New Jersey_June 09,2009_Freehold Township Board of Education - JJ Catena

275 Burlington Rd, Freehold, NJ 07728

0.0500

0.0750

0.1000

0.1250

0.1500


Rate

s (

$/k

wh

)

Billing Month


Glacial Index

JCP&L Rate

-

30,000

60,000

90,000

120,000

kw

h






Company Name: Freehold Township Board of Education - JJ Catena





Usage (kwh): 594,524














c. Zonal Congestion


e. PJM ISO Fees


g. Capacity Charges

h. NJ SUT Taxes






Estimated_Rate Comparison_New Jersey_June 09,2009_Freehold Township Board of Education - JJ Catena

0.0500

0.0750

0.1000

0.1250

0.1500


Rate

s (

$/k

wh

)

Billing Months


JCPL Rate

Glacial Index






Company Name: Freehold Township Board of Education - Barkalow

Billing Address: 498 Stillwells Corner Rd, Freehold, NJ 07728


Start Month: Jul-09







Avg Rate ($/kwh)*: 0.12221$




0.1250

0.1500

Rate

s (

$/k

wh

)





c. Zonal Congestion


e. PJM ISO Fees


g. Capacity Charges

h. NJ SUT









Estimated_Rate Comparison_New Jersey_June 09,2009_Freehold Township Board of Education - Barkalow

498 Stillwells Corner Rd, Freehold, NJ 07728

0.0500

0.0750

0.1000

0.1250

0.1500


Rate

s (

$/k

wh

)

Billing Month


Glacial Index

JCP&L Rate

-

50,000

100,000

150,000

200,000

kw

h






Company Name: Freehold Township Board of Education - Barkalow

Billing Address: 498 Stillwells Corner Rd, Freehold, NJ 07728


















c. Zonal Congestion


e. PJM ISO Fees


g. Capacity Charges

h. NJ SUT Taxes






Estimated_Rate Comparison_New Jersey_June 09,2009_Freehold Township Board of Education - Barkalow

0.0500

0.0750

0.1000

0.1250

0.1500


Rate

s (

$/k

wh

)

Billing Months


JCPL Rate

Glacial Index






Company Name: Freehold Township Board of Education - Early Ed

Billing Address: 384 West Main Street, Freehold, NJ 07728


Start Month: Jul-09

Number of LDC Accounts: 1 Usage (kwh): 500,736






Avg Rate ($/kwh)*: 0.12232$




0.1250

0.1500

Rate

s (

$/k

wh

)





c. Zonal Congestion


e. PJM ISO Fees


g. Capacity Charges

h. NJ SUT









Estimated_Rate Comparison_New Jersey_June 09,2009_Freehold Township Board of Education - Early Ed

384 West Main Street, Freehold, NJ 07728

0.0500

0.0750

0.1000

0.1250

0.1500


Rate

s (

$/k

wh

)

Billing Month


Glacial Index

JCP&L Rate

-

10,000

20,000

30,000

40,000

50,000

60,000

kw

h






Company Name: Freehold Township Board of Education - Early Ed

Billing Address: 384 West Main Street, Freehold, NJ 07728


















c. Zonal Congestion


e. PJM ISO Fees


g. Capacity Charges

h. NJ SUT Taxes






Estimated_Rate Comparison_New Jersey_June 09,2009_Freehold Township Board of Education - Early Ed

0.0500

0.0750

0.1000

0.1250

0.1500


Rate

s (

$/k

wh

)

Billing Months


JCPL Rate

Glacial Index






Company Name: Freehold Township Board of Education - MW Erikson

Billing Address: 271 Elton Adephia Rd, Freehold, NJ 07728


Start Month: Jul-09







Avg Rate ($/kwh)*: 0.12385$




0.1250

0.1500

Rate

s (

$/k

wh

)





c. Zonal Congestion


e. PJM ISO Fees


g. Capacity Charges

h. NJ SUT









Estimated_Rate Comparison_New Jersey_June 09,2009_Freehold Township Board of Education - MW Erikson

271 Elton Adephia Rd, Freehold, NJ 07728

0.0500

0.0750

0.1000

0.1250

0.1500


Rate

s (

$/k

wh

)

Billing Month


Glacial Index

JCP&L Rate

-

25,000

50,000

75,000

100,000

125,000

kw

h






Company Name: Freehold Township Board of Education - MW Erikson

Billing Address: 271 Elton Adephia Rd, Freehold, NJ 07728


















c. Zonal Congestion


e. PJM ISO Fees


g. Capacity Charges

h. NJ SUT Taxes






Estimated_Rate Comparison_New Jersey_June 09,2009_Freehold Township Board of Education - MW Erikson

0.0500

0.0750

0.1000

0.1250

0.1500


Rate

s (

$/k

wh

)

Billing Months


JCPL Rate

Glacial Index






Company Name: Freehold Township Board of Education - Laura Donovan

Billing Address: 237 Stonehurst Blvd, Freehold, NJ 07728


Start Month: Jul-09







Avg Rate ($/kwh)*: 0.12055$




0.1250

0.1500

Rate

s (

$/k

wh

)





c. Zonal Congestion


e. PJM ISO Fees


g. Capacity Charges

h. NJ SUT









Estimated_Rate Comparison_New Jersey_June 09,2009_Freehold Township Board of Education - Laura Donovan

237 Stonehurst Blvd, Freehold, NJ 07728

0.0500

0.0750

0.1000

0.1250

0.1500


Rate

s (

$/k

wh

)

Billing Month


Glacial Index

JCP&L Rate

25,000

75,000

125,000

175,000

kw

h






Company Name: Freehold Township Board of Education - Laura Donovan

Billing Address: 237 Stonehurst Blvd, Freehold, NJ 07728


















c. Zonal Congestion


e. PJM ISO Fees


g. Capacity Charges

h. NJ SUT Taxes






Estimated_Rate Comparison_New Jersey_June 09,2009_Freehold Township Board of Education - Laura Donovan

0.0500

0.0750

0.1000

0.1250

0.1500


Rate

s (

$/k

wh

)

Billing Months


JCPL Rate

Glacial Index






Company Name: Freehold Township Board of Education - W Freehold

Billing Address: W Main Street, Freehold, NJ 07728


Start Month: Jul-09







Avg Rate ($/kwh)*: 0.12390$




0.1250

0.1500

Rate

s (

$/k

wh

)





c. Zonal Congestion


e. PJM ISO Fees


g. Capacity Charges

h. NJ SUT









Estimated_Rate Comparison_New Jersey_June 09,2009_Freehold Township Board of Education - W Freehold

W Main Street, Freehold, NJ 07728

0.0500

0.0750

0.1000

0.1250

0.1500


Rate

s (

$/k

wh

)

Billing Month


Glacial Index

JCP&L Rate

-

100,000

200,000

300,000

kw

h






Company Name: Freehold Township Board of Education - W Freehold

Billing Address: W Main Street, Freehold, NJ 07728




Usage (kwh): 1,561,341














c. Zonal Congestion


e. PJM ISO Fees


g. Capacity Charges

h. NJ SUT Taxes






Estimated_Rate Comparison_New Jersey_June 09,2009_Freehold Township Board of Education - W Freehold

0.0500

0.0750

0.1000

0.1250

0.1500


Rate

s (

$/k

wh

)

Billing Months


JCPL Rate

Glacial Index






Company Name: Freehold Township Board of Education - Applegate

Billing Address: 47 Brennan Drive, Freehold, NJ 07728


Start Month: Jul-09







Avg Rate ($/kwh)*: 0.12686$




0.1750

Rate

s (

$/k

wh

)





c. Zonal Congestion


e. PJM ISO Fees


g. Capacity Charges

h. NJ SUT









Estimated_Rate Comparison_New Jersey_June 09,2009_Freehold Township Board of Education - Applegate

47 Brennan Drive, Freehold, NJ 07728

0.0250

0.0750

0.1250

0.1750


Rate

s (

$/k

wh

)

Billing Month


Glacial Index

JCP&L Rate

-

20,000

40,000

60,000

80,000

100,000

kw

h






Company Name: Freehold Township Board of Education - Applegate

Billing Address: 47 Brennan Drive, Freehold, NJ 07728


















c. Zonal Congestion


e. PJM ISO Fees


g. Capacity Charges

h. NJ SUT Taxes






Estimated_Rate Comparison_New Jersey_June 09,2009_Freehold Township Board of Education - Applegate

0.0250

0.0750

0.1250

0.1750


Rate

s (

$/k

wh

)

Billing Months


JCPL Rate

Glacial Index

APPENDIX H

NJ SMARTSTART INCENTIVES INFORMATION AND WORKSHEETS

2009 Prescriptive Lighting Application

Prescriptive Lighting Information

Total Incentives (per attached Worksheet calculations):

$__________ Note: Prescriptive Lighting Worksheet must accompany this application.

Customer InformationCompany Electric Utility Serving Applicant Electric Account No. Installation Date

Facility Address City State Zip

Type of Project Size of Building

❑ New Construction ❑ Renovation ❑ Equipment Replacement ❑ School

Company Mailing Address City State Zip

Contact Person (Name/Title) Telephone No. Fax No. ( ) ( )

Incorporated? ❑ Yes ❑ No ❑ Exempt Federal Tax ID# or SSN Email Address

Incentive Payment to Please assign payment to contractor/vendor/other indicated below

❑ Customer ❑ Contractor ❑ Other Customer Signature

003-02/09

Payee Information (Must submit W-9 form with application)

Contractor/Vendor Information (if different from Payee)

Company Contact Name Incorporated? Federal Tax ID# ❑ Yes ❑ NoStreet Address City State Zip Telephone No. ( )


Email Address

Email Address

Recessed and Surface-Mounted Compact Fluorescents(New Fixtures Replacing Incandescent Fixtures Only): Only available for hard-wired, electronically ballasted new fixtures with rare earth phosphor lamps and 4-pin based tubes (including: twin tube, quad tube, triple tube, 2D or circline lamps), THD<33% and BF>0.9

High-Efficiency Fluorescent Fixtures:For retrofit of T-12 fixtures to T-5 or T-8 with electronic ballasts

For replacement of fixtures with new T-5 or T-8 fixtures

Specific Program Requirements* These requirements are in addition to the Program Terms and Conditions.

Visit our web site: www.NJCleanEnergy.com

Mail or fax your application package dIRECTLy to the Commercial/Industrial Market Manager.

Type of Fixture Incentive

$25 per 1-lamp fixture$30 per 2-lamp or more fixture

$10 per fixture (1 & 2 lamps retrofit) $20 per fixture (3 & 4 lamps retrofit)

Prescriptive Lighting Measures and Incentives*

1. Please refer to the program guide for additional applicable technical requirements.

2. Include the manufacturer’s specification sheet with the application package and mail or fax directly to the Commercial/Industrial Market Manager.

3. Incentives for T-5 and T-8 lamps with electronic ballasts are available only for fixtures with a Total Harmonic Distortion of ≤ 20%.

4. All eligible lighting devices must be UL listed. 5. R equirements for CFL fixtures (must meet all requirements): ■ Fixtures must be new and Energy Star qualified ■ Fixtures must have replaceable electronic ballasts ■ Total Harmonic Distortion (THD) must not exceed 33% ■ Power factor of the ballast must be no less than 90% ■ The manufacturer must warrant all fixtures for a minimum of

3 years. Warranty does not pertain to lamps or photocells not physically part of the fixture.

■ The installer must warrant installation of fixtures for a minimum of 1 year.

6. Pulse Start Metal Halide (including pole-mounted parking lot lighting) must have a 12% minimum wattage reduction.

7. T-5 or T-8 Fixtures replacing incandescent or T-12 fluorescent fixtures greater than 250 watt or High Intensity Discharge shall comply as follows:

7.1 T-5 fixtures replacing T-12 fluorescent or incandescent fixtures 250 watts or greater, or HID fixtures shall have a ballast factor greater than or equal to 1.0; have reflectivity greater than or equal to 91%; have a minimum 2 lamps; and be designated as F54T5 HO.

7.2 T-8 fixtures replacing T-12 fluorescent or incandescent fixtures 250 watts or greater, or HID fixtures shall have a ballast factor greater than or equal to 1.14; have reflectivity greater than or equal to 91%; have a minimum of 4 lamps; and be designated as F32T8, minimum 32 watts.

7.3 T-8 to T-8 replacement requires delamping and new reflectors resulting in a more efficient light system with maintained light levels.

New Jersey SmartStart Buildings® is a registered trademark. Use of the mark without the permission of the New Jersey Board of Public Utilities, Office of Clean Energy is prohibited. *Incentives/Requirements subject to change.

New Jersey's Clean Energy Programc/o TRC Energy Services

900 Route 9 North, Suite 104 · Woodbridge, NJ 07095

Phone: 866-657-6278 · Fax: 732-855-0422

HID, T-12, IncandescentHID, T-12, IncandescentHID, T-12, Incandescent

HID onlyHID onlyHID onlyT-12 only T-12 only

≥ 1000 Watts400-999 Watt250-399 Watt175-249 Watt100-174 Watt75-99 Watt <250 Watt<250 Watt

T-5, T-8T-5, T-8T-5, T-8T-5, T-8T-5, T-8T-5, T-8

T-5, T-8 (1 & 2 lamp)T-5, T-8 (3 & 4 lamp)

$284$100$50$43$30$16$25$30

Type of Old Fixture Wattage of Old Fixture Type of New Fixture Incentive Per Fixture Removed

For retrofit of T-8 fixtures by permanent delamping & new reflectorsNew Construction & Complete RenovationLED Exit Signs (new fixtures only): For existing facilities with connected load ≤75 kWFor existing facilities with connected load ≥ 75 kWPulse Start Metal Halide (for fixtures ≥ 150 watts)Parking lot low bay - LED

T-12 to T-8 fixtures by permanent delamping & new reflectors

$20 per fixturePerformance based only$20 per fixture$10 per fixture$25 per fixture (includes parking lot lighting)$43 per fixture$30 per fixture

ACkNOWLEDgEMENT

CUSTOMER'S SIgNATURE ___________________________________________________________________________

By signing, I certify that I have read, understand and agree to the Specific Program Requirements/Terms and Conditions listed on this application form, I will also submit for approval a properly completed application package, which includes this signed application, worksheet (if applicable), manufacturer’s specification sheets and complete utility bill (name and address on utility bill must match name and address on application).

Program Terms and Conditions

Definitions:

Design Incentives – Incentives that may be offered to design professionals by the Program.

Design Services – Services that may be offered to design professionals under the Program.

Energy-Efficient Measures – Any device eligible to receive a Program Incentive payment through the NJ Clean Energy Commercial and Industrial Program (New Jersey SmartStart Buildings).

New Jersey Utilities – The regulated electric and/or gas utilities in the State of New Jersey. They are: Atlantic City Electric, Jersey Central Power & Light, Rockland Electric Company, New Jersey Natural Gas, Elizabethtown Gas, PSE&G, and South Jersey Gas.

Administrator – New Jersey Board of Public Utilities, Office of Clean Energy

Participating Customers – Those non-residential electric and/or gas service customers of the New Jersey Utilities who participate in this Program.

Product Installation or Equipment Installation – Installation of the Energy-Efficient Measures.

Market Manager – TRC Energy Services (see below). The NJ Board of Public Utilities has transferred responsibility for the NJ SmartStart Buildings Program from the NJ Utilities to TRC.

Program – The Commercial and Industrial Energy-Efficient Construction Program (New Jersey SmartStart Buildings) offered herein by the New Jersey Board of Public Utilities, Office of Clean Energy pursuant to state regulatory approval under the New Jersey Electric Discount and Energy Competition Act, NJSA 48:3-49, et seq.

Program Incentives – Refers to the amount or level of incentive that the Program provides to participating customers pursuant to the Program offered herein (see description below under “Incentive Amount” heading).

Program Offer – Program Incentives are available to non-residential retail electric and/or gas service customers of the New Jersey Utilities identified above. Program Incentives for new construction are available only for projects in areas designated for growth in the State Plan. Public school (K-12) new construction projects are exempted from this restriction and are eligible for new Program incentives throughout the State. Customers, or their trade allies, can determine if a location is in a designated growth area by referring to the Smart Growth Locator available from the HMFA website or contact the Market Manager if you are uncertain about project eligibility.

Application and Eligibility Process – The Program pays incentives after the installation of qualified energy efficient measures that were pre-approved (for exceptions to this condition, please refer to “exceptions for approval”.) In order to be eligible for Program Incentives, a Customer, or an agent (contractor/vendor) authorized by a Customer, must submit a properly completed application package. The package must include an application signed by the customer; a complete (current) utility bill; and technology worksheet and manufacturer’s cut sheets (where appropriate). This information must be submitted to the Market Manager before equipment is installed. Applications for measures that are self installed by customers must be submitted by the customer and not the sales vendor of the measure, however, the customer may elect to assign payment of the incentives to the sales vendor. This application package must be received by the Market Manager on or before December 31, 2009 in order to be eligible for 2009 incentives. The Market Manager will review the application package to determine if the project is eligible for a Program Incentive. If eligible, the Customer will receive an approval letter with the estimated authorized incentive amount and the date by which the equipment must be installed in order for the approval to remain in effect. Upon receipt of an approval letter, the Customer may then proceed to install the equipment listed on the approved application. Equipment installed prior to the date of the Market Manager’s approval letter is not eligible for an incentive. The Market Manager reserves the right to conduct a pre-inspection of the facility prior to the installation of equipment. This will be done prior to the issuance of the approval letter. All equipment must be purchased within 12 months of date of application. Any Customer and/or Agent who purchases equipment prior to the receipt of an incentive approval letter does so at his/her own risk.

Exceptions for Approval – The Application and Eligibility Process pertains to all projects except for those involving either Unitary HVAC or Motors having an incentive amount less than $5,000. These measures, at this incentive level, may be installed without prior approval. In addition, but at the sole discretion of the Market Manager, emergency replacement of equipment may not require a prior approval determination and letter. In such cases, please notify the Market Manager of such emergencies as early as possible, that an application will soon be sent in that was not pre-approved.

Post Installation Approval – After installation is completed, the Customer, or an agent authorized by the Customer, must finalize and submit an invoice for the purchase of the equipment (material cost must be broken out from labor costs), and any other required documentation as specified on the equipment application or in the Market Manager’s initial approval letter.

NJ SmartStart Buildings®

Please refer to the Program Guide on the NJCleanEnergy.com/ssb website for the complete Application and Eligibility Process.

The Market Manager reserves the right to verify sales transactions and to have reasonable access to Participating Customer’s facility to inspect both pre-existing product or equipment (if applicable) and the Energy-Efficient Measures installed under this Program, either prior to issuing incentives or at a later time.

Energy-Efficient Measures must be installed in buildings located within a New Jersey Utilities’ service territory and designated on the Participating Customer’s incentive application. Program Incentives are available for qualified Energy-Efficient Measures as listed and described in the Program materials and incentive applications. The Participating Customer must ultimately own the equipment, either through an up-front purchase or at the end of a short-term lease. (Design Incentives are available to design professionals as described in the Program materials and applications. A different and separate agreement must be executed by participating design professionals to be eligible for this type of incentive. The design professional does not need to be based in New Jersey.)

Equipment procured by Participating Customers through another program offered by New Jersey's Clean Energy Program or the New Jersey Utilities, as applicable, is not eligible for incentives through this program. Customers who have not contributed to the Societal Benefits Charge of the applicable New Jersey Utility are not be eligible for incentives offered through this program.

Incentive Amount – Program Incentives will equal either: a) the approved Program Incentive amount, or b) the actual equipment cost of the Energy-Efficient Measure, whichever is less, as determined by the Market Manager. Products offered at no direct cost to the customer are ineligible. Incomplete application submissions, applications requiring inspections and unanticipated high volume of activities may cause processing delays. Program Incentives are limited to $500,000 per utility account in a calendar year. Contact the Market Manager regarding any questions.

Tax Liability – The Market Manager will not be responsible for any tax liability that may be imposed on any Participating Customer as a result of the payment of Program Incentives. All Participating Customers must supply their Federal Tax Identification number or social security number to the Market Manager on the application form in order to receive a Program Incentive. In addition, Participating Customers must also provide a Tax Clearance Form (Business Assistance or Incentive Clearance Certificate) that is dated within 90 days of equipment installation

Endorsement – The Market Manager and Administrator do not endorse, support or recommend any particular manufacturer, product or system design in promoting this Program.

Warranties – THE MARKET MANAGER AND ADMINISTRATOR DO NOT WARRANT THE PERFORMANCE OF INSTALLED EQUIPMENT, AND/OR SERVICES RENDERED AS PART OF THIS PROGRAM, EITHER EXPRESSLY OR IMPLICITLY. NO WARRANTIES OR REPRESENTATIONS OF ANY KIND, WHETHER STATUTORY, EXPRESSED, OR IMPLIED, INCLUDING, WITHOUT LIMITATIONS, WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE REGARDING EQUIPMENT OR SERVICES PROVIDED BY A MANUFACTURER OR VENDOR. CONTACT YOUR VENDOR/SERVICES PROVIDER FOR DETAILS REGARDING PERFORMANCE AND WARRANTIES.

Limitation of Liability – By virtue of participating in this Program, Participating Customers agree to waive any and all claims or damages against the Market Manager or the Administrator, except the receipt of the Program Incentive. Participating Customers agree that the Market Manager’s and Administrator’s liability, in connection with this Program, is limited to paying the Program Incentive specified. Under no circumstances shall the Market Manager, its representatives, or subcontractors, or the Administrator, be liable for any lost profits, special, punitive, consequential or incidental damages or for any other damages or claims connected with or resulting from participation in this Program. Further, any liability attributed to the Market Manager under this Program shall be individual, and not joint and/or several.

Assignment – The Participating Customer may assign Program Incentive payments to a specified vendor.

Participating Customer’s Certification – Participating Customer certifies that he/she purchased and installed the equipment listed in their application at their defined New Jersey location. Participating Customer agrees that all information is true and that he/she has conformed to all of the Program and equipment requirements listed in the application.

Termination – The New Jersey Board of Public Utilities reserves the right to extend, modify (this includes modification of Program Incentive levels) or terminate this Program without prior or further notice.

Acknowledgement – I have read, understood and am in compliance with all rules and regulations concerning this incentive program. I certify that all information provided is correct to the best of my knowledge, and I give the Market Manager permission to share my records with the New Jersey Board of Public Utilities, and contractors it selects to manage, coordinate or evaluate the NJ SmartStart Buildings Program. Additionally, I allow reasonable access to my property to inspect the installation and performance of the technologies and installations that are eligible for incentives under the guidelines of New Jersey’s Clean Energy Program.

2009 Prescriptive Lighting Incentive WorksheetCustomer InformationCompany

Check here if multiple worksheets are being submitted for one project/building.

Facility Address

Prescriptive Lighting Information

Total (including additional sheets)

For additional fixtures, attach additional sheets and check here

Date Submitted

Reason Fixture Type Fixture Type Location Size of A B Total Incentives N–New Installed Removed (Bldg/Rm) Replaced Incentive # of (AxB) R–Replaced Lamps Per Fixture Units in Watts (Table) (Examples) R 2x4 3L T-5 2x4 3L T-12 Office $20 8 $20 x 8 = $160

R 2x2 2L T-8 2x2 2L T-12 Office $10 10 $10 x 10 = $100

R 28w CFL 100w Incan. Supply Room $25 3 $25 x 3 = $75

R 250w Pulse Start Metal Halide 400w Mercury Vapor Warehouse $45 3 $45 x 3 = $135

002–02/09

Recessed and Surface-Mounted Compact Fluorescents(New Fixtures Replacing Incandescent Fixtures Only): Only available for hard-wired, electronically ballasted new fixtures with rare earth phosphor lamps and 4-pin based tubes (including: twin tube, quad tube, triple tube, 2D or circline lamps), THD<33% and BF>0.9

High-Efficiency Fluorescent Fixtures:For retrofit of T-12 fixtures to T-5 or T-8 with electronic ballasts

For replacement of fixtures with new T-5 or T-8 fixtures




Type of Fixture Incentive

$25 per 1-lamp fixture$30 per 2-lamp or more fixture

$10 per fixture (1 & 2 lamps retrofit) $20 per fixture (3 & 4 lamps retrofit)

Prescriptive Lighting Measures and Incentives*

1. Please refer to the program guide for additional applicable technical requirements.


3. Incentives for T-5 and T-8 lamps with electronic ballasts are available only for fixtures with a Total Harmonic Distortion of ≤ 20%.

4. All eligible lighting devices must be UL listed. 5. R equirements for CFL fixtures (must meet all requirements): ■ Fixtures must be new and Energy Star qualified ■ Fixtures must have replaceable electronic ballasts ■ Total Harmonic Distortion (THD) must not exceed 33% ■ Power factor of the ballast must be no less than 90% ■ The manufacturer must warrant all fixtures for a minimum of

3 years. Warranty does not pertain to lamps or photocells not physically part of the fixture.

■ The installer must warrant installation of fixtures for a minimum of 1 year.

6. Pulse Start Metal Halide (including pole-mounted parking lot lighting) must have a 12% minimum wattage reduction.

7. T-5 or T-8 Fixtures replacing incandescent or T-12 fluorescent fixtures greater than 250 watt or High Intensity Discharge shall comply as follows:

7.1 T-5 fixtures replacing T-12 fluorescent or incandescent fixtures 250 watts or greater, or HID fixtures shall have a ballast factor greater than or equal to 1.0; have reflectivity greater than or equal to 91%; have a minimum 2 lamps; and be designated as F54T5 HO.

7.2 T-8 fixtures replacing T-12 fluorescent or incandescent fixtures 250 watts or greater, or HID fixtures shall have a ballast factor greater than or equal to 1.14; have reflectivity greater than or equal to 91%; have a minimum of 4 lamps; and be designated as F32T8, minimum 32 watts.

7.3 T-8 to T-8 replacement requires delamping and new reflectors resulting in a more efficient light system with maintained light levels.



900 Route 9 North, Suite 104 · Woodbridge, NJ 07095

Phone: 866-657-6278 · Fax: 732-855-0422

HID, T-12, IncandescentHID, T-12, IncandescentHID, T-12, Incandescent

HID onlyHID onlyHID onlyT-12 only T-12 only

≥ 1000 Watts400-999 Watt250-399 Watt175-249 Watt100-174 Watt75-99 Watt <250 Watt<250 Watt

T-5, T-8T-5, T-8T-5, T-8T-5, T-8T-5, T-8T-5, T-8

T-5, T-8 (1 & 2 lamp)T-5, T-8 (3 & 4 lamp)

$284$100$50$43$30$16$25$30

Type of Old Fixture Wattage of Old Fixture Type of New Fixture Incentive Per Fixture Removed

For retrofit of T-8 fixtures by permanent delamping & new reflectorsNew Construction & Complete RenovationLED Exit Signs (new fixtures only): For existing facilities with connected load ≤75 kWFor existing facilities with connected load ≥ 75 kWPulse Start Metal Halide (for fixtures ≥ 150 watts)Parking lot low bay - LED

T-12 to T-8 fixtures by permanent delamping & new reflectors

$20 per fixturePerformance based only$20 per fixture$10 per fixture$25 per fixture (includes parking lot lighting)$43 per fixture$30 per fixture

ACkNOWLEDgEMENT

CUSTOMER'S SIgNATURE ___________________________________________________________________________



Definitions:
















2009 Lighting Controls Application

Lighting Control Information

Total Incentives (per attached Worksheet calculations):

$__________

Use Lighting Controls Incentive Worksheet.

002-02/09

Customer InformationCompany Electric Utility Serving Applicant Electric Account No. Installation Date

Facility Address City State Zip

Type of Project Size of Building

❑ New Construction ❑ Renovation ❑ Equipment Replacement ❑ School

Company Mailing Address City State Zip

Contact Person (Name/Title) Telephone No. Fax No. ( ) ( )

Incorporated? ❑ Yes ❑ No ❑ Exempt Federal Tax ID# or SSN Email Address

Incentive Payment to Please assign payment to contractor/vendor/other indicated below

❑ Customer ❑ Contractor ❑ Other Customer Signature

Payee Information (Must submit W-9 form with application)

Contractor/Vendor Information (if different from Payee)



Email Address

Email Address




Lighting Control Prescriptive Incentives* Control device Type Incentive per Unit

OSW – Occupancy Sensor Wall Mounted (Existing facilities only) $20 per control

OSR – Occupancy Sensor Remote Mounted (Existing facilities only) $35 per control

DLD – Fluorescent Daylight Dimming $25 per fixture controlled

OHLF – Occupancy Controlled High-Low with Step Ballast $25 per fixture controlled

OSRH – Occupancy Sensor Remote Mounted $35 per control

OHLH – Occupancy Controlled High-Low with Step Ballast $75 per fixture controlled

DDH – Daylight Dimming $75 per fixture controlled

1. Please refer to the program guide for additional applicable technical requirements, including special requirements for lighting controls.


3. All lighting controls eligible for incentives must be UL listed.4. Lighting control incentives are only available for control of eligible

energy efficient lighting fixtures.5. If more than one eligible lighting control device is associated with

the same eligible fixture, the incentive paid will be for the lighting control device that yields the largest incentive only.

6. Occupancy Sensor Controls (Existing Facilities Only): ■ There is no incentive available for occupancy sensors installed in a

space where they are prohibited by state or local building or safety code. Additionally, no incentive is eligible for occupancy sensors in the following specific spaces in all cases: stairways, restrooms (remote mounted only allowed), elevators, corridors/hallways, lobbies, and closets/storage areas.

■ Incentives will only be paid for eligible occupancy sensors (OSW & OSR) controlling at least 2 eligible lighting fixtures and, for OSR installations, a minimum total connected load of 180 watts.

■ Incentives will only be paid for eligible OSRH occupancy sensors controlling eligible fixtures when the controlled wattage is greater than 180 watts.

■ Occupancy sensors with manual override to the “ON” position are ineligible for incentive.

7. High-Low Controls (OHLF and OHLH): ■ Incentives will not be paid for high-low controls on eligible

fluorescent fixtures where daylight dimming controls can be effectively employed.

■ Incentives will not be paid for spaces where the bottom of the fixture does not comply with the appropriate Prescriptive Lighting 2008 incentives, nor in spaces smaller than 250 square feet.

■ Incentives available only when “low level” is no more than 60% of “high level.”

■ Incentives are not available for the following spaces: stairways, elevators, corridors/hallways, or lobbies.

■ OHLF will control fixtures that have a ballast factor less than 1.0 for T-5s and 1.14 for T-8s. ■ OHLH will control fixtures that have a ballast factor greater than or equal to 1.0 for T-5s and 1.14 for T-8s.8. Daylight Dimming Controls for Eligible Fixtures: ■ Incentives will only be paid for eligible daylight dimming controls

operating at least 4 eligible ballasts with a minimum total connected load of 240 watts.

■ Dimming shall be continuous or stepped at 4 or more levels. ■ Incentives will be paid only for eligible daylight dimming control

systems designed in accordance with IESNA practice as delineated in “RP-5-99, IESNA Recommended Practice of Daylighting.”

■ DLD will control fixtures that have a ballast factor less than 1.0 for T-5s and 1.14 for T-8s.

■ DDH will control fixtures that have a ballast factor greater than or equal to 1.0 for T-5s and 1.14 for T-8s.



900 Route 9 North, Suite 104Woodbridge, NJ 07095

Phone: 866-657-6278Fax: 732-855-0422

Acknowledgement

cUStomeR'S SignAtURe ___________________________________________________________________________



definitions:

design incentives – Incentives that may be offered to design professionals by the Program.

design Services – Services that may be offered to design professionals under the Program.

energy-efficient measures – Any device eligible to receive a Program Incentive payment through the NJ Clean Energy Commercial and Industrial Program (New Jersey SmartStart Buildings).

new Jersey Utilities – The regulated electric and/or gas utilities in the State of New Jersey. They are: Atlantic City Electric, Jersey Central Power & Light, Rockland Electric Company, New Jersey Natural Gas, Elizabethtown Gas, PSE&G, and South Jersey Gas.


Participating customers – Those non-residential electric and/or gas service customers of the New Jersey Utilities who participate in this Program.

Product installation or equipment installation – Installation of the Energy-Efficient Measures.

market manager – TRC Energy Services (see below). The NJ Board of Public Utilities has transferred responsibility for the NJ SmartStart Buildings Program from the NJ Utilities to TRC.


Program incentives – Refers to the amount or level of incentive that the Program provides to participating customers pursuant to the Program offered herein (see description below under “Incentive Amount” heading).

Program offer – Program Incentives are available to non-residential retail electric and/or gas service customers of the New Jersey Utilities identified above. Program Incentives for new construction are available only for projects in areas designated for growth in the State Plan. Public school (K-12) new construction projects are exempted from this restriction and are eligible for new Program incentives throughout the State. Customers, or their trade allies, can determine if a location is in a designated growth area by referring to the Smart Growth Locator available from the HMFA website or contact the Market Manager if you are uncertain about project eligibility.

Application and eligibility Process – The Program pays incentives after the installation of qualified energy efficient measures that were pre-approved (for exceptions to this condition, please refer to “exceptions for approval”.) In order to be eligible for Program Incentives, a Customer, or an agent (contractor/vendor) authorized by a Customer, must submit a properly completed application package. The package must include an application signed by the customer; a complete (current) utility bill; and technology worksheet and manufacturer’s cut sheets (where appropriate). This information must be submitted to the Market Manager before equipment is installed. Applications for measures that are self installed by customers must be submitted by the customer and not the sales vendor of the measure, however, the customer may elect to assign payment of the incentives to the sales vendor. This application package must be received by the Market Manager on or before December 31, 2009 in order to be eligible for 2009 incentives. The Market Manager will review the application package to determine if the project is eligible for a Program Incentive. If eligible, the Customer will receive an approval letter with the estimated authorized incentive amount and the date by which the equipment must be installed in order for the approval to remain in effect. Upon receipt of an approval letter, the Customer may then proceed to install the equipment listed on the approved application. Equipment installed prior to the date of the Market Manager’s approval letter is not eligible for an incentive. The Market Manager reserves the right to conduct a pre-inspection of the facility prior to the installation of equipment. This will be done prior to the issuance of the approval letter. All equipment must be purchased within 12 months of date of application. Any customer and/or Agent who purchases equipment prior to the receipt of an incentive approval letter does so at his/her own risk.

exceptions for Approval – The Application and Eligibility Process pertains to all projects except for those involving either Unitary HVAC or Motors having an incentive amount less than $5,000. These measures, at this incentive level, may be installed without prior approval. In addition, but at the sole discretion of the Market Manager, emergency replacement of equipment may not require a prior approval determination and letter. in such cases, please notify the market manager of such emergencies as early as possible, that an application will soon be sent in that was not pre-approved.

Post installation Approval – After installation is completed, the Customer, or an agent authorized by the Customer, must finalize and submit an invoice for the purchase of the equipment (material cost must be broken out from labor costs), and any other required documentation as specified on the equipment application or in the Market Manager’s initial approval letter.






incentive Amount – Program Incentives will equal either: a) the approved Program Incentive amount, or b) the actual equipment cost of the Energy-Efficient Measure, whichever is less, as determined by the Market Manager. Products offered at no direct cost to the customer are ineligible. Incomplete application submissions, applications requiring inspections and unanticipated high volume of activities may cause processing delays. Program Incentives are limited to $500,000 per utility account in a calendar year. Contact the Market Manager regarding any questions.

tax liability – The Market Manager will not be responsible for any tax liability that may be imposed on any Participating Customer as a result of the payment of Program Incentives. All Participating Customers must supply their Federal Tax Identification number or social security number to the Market Manager on the application form in order to receive a Program Incentive. In addition, Participating Customers must also provide a Tax Clearance Form (Business Assistance or Incentive Clearance Certificate) that is dated within 90 days of equipment installation

endorsement – The Market Manager and Administrator do not endorse, support or recommend any particular manufacturer, product or system design in promoting this Program.

warranties – THE MARKET MANAGER AND ADMINISTRATOR DO NOT WARRANT THE PERFORMANCE OF INSTALLED EQUIPMENT, AND/OR SERVICES RENDERED AS PART OF THIS PROGRAM, EITHER EXPRESSLY OR IMPLICITLY. NO WARRANTIES OR REPRESENTATIONS OF ANY KIND, WHETHER STATUTORY, EXPRESSED, OR IMPLIED, INCLUDING, WITHOUT LIMITATIONS, WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE REGARDING EQUIPMENT OR SERVICES PROVIDED BY A MANUFACTURER OR VENDOR. CONTACT YOUR VENDOR/SERVICES PROVIDER FOR DETAILS REGARDING PERFORMANCE AND WARRANTIES.

limitation of liability – By virtue of participating in this Program, Participating Customers agree to waive any and all claims or damages against the Market Manager or the Administrator, except the receipt of the Program Incentive. Participating Customers agree that the Market Manager’s and Administrator’s liability, in connection with this Program, is limited to paying the Program Incentive specified. Under no circumstances shall the Market Manager, its representatives, or subcontractors, or the Administrator, be liable for any lost profits, special, punitive, consequential or incidental damages or for any other damages or claims connected with or resulting from participation in this Program. Further, any liability attributed to the Market Manager under this Program shall be individual, and not joint and/or several.


Participating customer’s certification – Participating Customer certifies that he/she purchased and installed the equipment listed in their application at their defined New Jersey location. Participating Customer agrees that all information is true and that he/she has conformed to all of the Program and equipment requirements listed in the application.

termination – The New Jersey Board of Public Utilities reserves the right to extend, modify (this includes modification of Program Incentive levels) or terminate this Program without prior or further notice.


2009 Lighting Controls Incentive WorksheetCustomer InformationCompany

Check here if multiple worksheets are being submitted for one project/building.

Facility Address

Lighting Controls Information

Total(including additional sheets)

For additional fixtures, attach additional sheets and check here

*For OSW and OSR, insert number of control devices; for DLD and OHLF, insert total number of ballasts controlled; for OHLH and DDH, insert total number of fixtures controlled.

Date Submitted

Location Reason Control Fixture Type Watts A B C N–New Device Controlled Controlled # of Fixtures # of Units* Incentive Total R–Replaced Type per Device Controlled per Unit Incentive per Device (B x C)

(Examples)

R OSW 4-lamp, T8 2 4 $20 4 x $20 = $80

R OSR 2-lamp, T8 6 2 $35 2 x $35 = $70

R DLD 2-lamp, T8 6 $25 6 x $25 = $150

R OHLF 4-lamp, T8 12 $25 12 x $25 = $300

R OHLH 150w MH 10 5 $75 5 x $75 = $375

R DDH 250w HPS 12 4 $75 4 x $75 = $300

001-01/09



Mail or fax your application package DIRECTLy to the Commercial/Industrial Market Manager.

Lighting Control Prescriptive Incentives* Control Device Type Incentive per Unit

OSW – Occupancy Sensor Wall Mounted (Existing facilities only) $20 per control

OSR – Occupancy Sensor Remote Mounted (Existing facilities only) $35 per control

DLD – Fluorescent Daylight Dimming $25 per fixture controlled

OHLF – Occupancy Controlled High-Low with Step Ballast $25 per fixture controlled

OSRH – Occupancy Sensor Remote Mounted $35 per control

OHLH – Occupancy Controlled High-Low with Step Ballast $75 per fixture controlled

DDH – Daylight Dimming $75 per fixture controlled

1. Please refer to the program guide for additional applicable technical requirements, including special requirements for lighting controls.


3. All lighting controls eligible for incentives must be UL listed.4. Lighting control incentives are only available for control of eligible

energy efficient lighting fixtures.5. If more than one eligible lighting control device is associated with

the same eligible fixture, the incentive paid will be for the lighting control device that yields the largest incentive only.

6. Occupancy Sensor Controls (Existing Facilities Only): ■ There is no incentive available for occupancy sensors installed in a

space where they are prohibited by state or local building or safety code. Additionally, no incentive is eligible for occupancy sensors in the following specific spaces in all cases: stairways, restrooms (remote mounted only allowed), elevators, corridors/hallways, lobbies, and closets/storage areas.

■ Incentives will only be paid for eligible occupancy sensors (OSW & OSR) controlling at least 2 eligible lighting fixtures and, for OSR installations, a minimum total connected load of 180 watts.

■ Incentives will only be paid for eligible OSRH occupancy sensors controlling eligible fixtures when the controlled wattage is greater than 180 watts.

■ Occupancy sensors with manual override to the “ON” position are ineligible for incentive.

7. High-Low Controls (OHLF and OHLH): ■ Incentives will not be paid for high-low controls on eligible

fluorescent fixtures where daylight dimming controls can be effectively employed.

■ Incentives will not be paid for spaces where the bottom of the fixture does not comply with the appropriate Prescriptive Lighting 2008 incentives, nor in spaces smaller than 250 square feet.

■ Incentives available only when “low level” is no more than 60% of “high level.”

■ Incentives are not available for the following spaces: stairways, elevators, corridors/hallways, or lobbies.

■ OHLF will control fixtures that have a ballast factor less than 1.0 for T-5s and 1.14 for T-8s.

■ OHLH will control fixtures that have a ballast factor greater than or equal to 1.0 for T-5s and 1.14 for T-8s.

8. Daylight Dimming Controls for Eligible Fixtures: ■ Incentives will only be paid for eligible daylight dimming controls

operating at least 4 eligible ballasts with a minimum total connected load of 240 watts.

■ Dimming shall be continuous or stepped at 4 or more levels. ■ Incentives will be paid only for eligible daylight dimming control

systems designed in accordance with IESNA practice as delineated in “RP-5-99, IESNA Recommended Practice of Daylighting.”

■ DLD will control fixtures that have a ballast factor less than 1.0 for T-5s and 1.14 for T-8s.

■ DDH will control fixtures that have a ballast factor greater than or equal to 1.0 for T-5s and 1.14 for T-8s.



900 Route 9 North, Suite 104Woodbridge, NJ 07095

Phone: 866-657-6278Fax: 732-855-0422


Definitions:
















New Jersey Clean Energy Program Technical Worksheet – Solar Electric Equipment Information

Please carefully read all of the following information. With the help of your Installation Contractor, fully complete Sections A through D, as applicable, of the attached Technical Worksheet for Solar Electric Equipment, as well as the New Jersey Clean Energy Program Rebate Application Form.

Rebates will be processed based on the date the New Jersey Clean Energy Program (NJCEP) approves the Final Application Form, not on the purchase date of the equipment. Program procedures and rebates are subject to change or cancellation without notice. To qualify for a rebate, Applicant must comply with all Program Eligibility Requirements, Terms and Conditions, and Installation Requirements, and submit a completed Pre-Installation Application Form. For more information about the New Jersey Clean Energy Program, or for assistance in completing applications or forms, please see www.njcleanenergy.com or call 866-NJSMART

Equipment installation must meet the following minimum requirements in order to qualify for payment under the provisions of the New Jersey Clean Energy Program; proposed changes to the requirements will be considered, but they must be documented by the Applicant or Installation Contractor and approved by the NJCEP. These requirements are not all-encompassing and are intended only to address certain minimum safety and efficiency standards.

1. The installation must comply with the provisions of the National Electrical Code and all other applicable local, state and federal codes or practices. 2. All required permits must be properly obtained and posted. 3. The NJCEP Inspection must be performed before the local Building Code Enforcement Office. If not, this may delay the processing of the rebate 4. All required inspections must be performed (i.e., Electrical/NEC, Local Building Codes Enforcement Office, etc.). Note: In order to ensure compliance with provisions of the NEC, an inspection by a state-licensed electrical inspector is mandatory.

1. Modules must be UL Listed and must be properly installed according to manufacturer’s instructions. 2. The maximum amount of sunlight available year-round on a daily basis should not be obstructed. All applications must include documentation of the impact from any obstruction on the annual performance of the solar electric array. This analysis can be performed by using the New Jersey Clean Power Estimator on the program website www.njcep.com. 3. In order to qualify for program incentives, the solar electric system must adhere to a minimum design threshold, relative to the estimated system production using PVWATTS:

• Solar electric array orientations require that the calculated system output must be at least 80% of the default output calculated by PVWatts. Additionally, all individual series strings of modules output must be at least 70% of the default output calculated by PVWatts. • For building integrated solar electric systems (i.e., part of the building envelope materials are comprised of solar electric components), the estimated system output must be 40% of the default output estimated by PVWATTS.

4. System wiring must be installed in accordance with the provisions of the NEC. 5. All modules installed in a series string must be installed in the same plane.

1. The inverter and controls must be properly installed according to manufacturer’s instructions. 2. The inverter must be certified as compliant with the requirements of IEEE 929 for small photovoltaic systems and with UL 1741. 3. The system should be equipped with the following visual indicators and/or controls:

• On/off switch • Operating mode setting indicator • AC/DC over current protection • Operating status indicator 4. Warning labels must be posted on the control panels and junction boxes indicating that the circuits are energized by an alternate power source independent of utility-provided power. 5. Operating instructions must be posted on or near the system, or on file with facilities operation and maintenance documents. 6. Systems must have monitoring capability that is readily accessible to the owner. This monitor (meter or display) must at minimum display instantaneous and cumulative production. All projects greater than 10kW must have an output meter that meets ANSI C.12 standards

1. Areas where wiring passes through ceilings, walls or other areas of the building must be properly restored, booted and sealed. 2. All interconnecting wires must be copper. (Some provisions may be made for aluminum wiring; approval must be received from utility engineering departments prior to acceptance.) 3. Thermal insulation in areas where wiring is installed must be replaced to “as found or better condition.” Access doors to these areas must be properly sealed and gasketed. 4. Wiring connections must be properly made, insulated and weather-protected. 5. All wiring must be attached to the system components by the use of strain relief’s or cable clamps, unless enclosed in conduit. 6. All outside wiring must be rated for wet conditions and/or encased in liquid-tight conduit. 7. Insulation on any wiring located in areas with potential high ambient temperature must be rated at 90° C or higher. 8. All wiring splices must be contained in UL-approved workboxes.

1. The batteries must be installed according to the manufacturer’s instructions. 2. Battery terminals must be adequately protected from accidental contact. 3. DC-rated over current protection must be provided in accordance with the provisions of the NEC.

Revised January 2009

GENERAL TERMS AND CONDITIONS

INSTALLATION REQUIREMENTS

A: Code Requirements

B: Solar Electric Module Array

C: Inverter and Controls

D: Control Panel to Solar Electric Array Wire Runs

E: Batteries (If Applicable)

New Jersey Clean Energy Program Technical Worksheet – Solar Electric Equipment Information

Original Application Date: _________________ Revised Application Date: ______________________ Customer Name: _______________________________ Application Number: _________________ (Corresponding to Rebate Application Form) (Assigned by the NJBPU) A: EQUIPMENT INFORMATION 1. Solar Electric Module Manufacturer: ________________________ Module Model Number: _____________________________ 2. Power Rating per Module: ________ DC Watts (Refer to STC conditions) Number of Modules: _____________________________ 3. Total Array Output: _______ _ DC Watts (No. of Modules x Power Rating) 4. Inverter Manufacturer: __________________________________ Inverter Model Number: _____________________ 5. Inverter’s Continuous AC Rating: _________________________ AC Watts Number of Inverters: _____________________ 6. Total Inverter Output: ________ AC Watts (Inverter Continuous AC Rating x Number of Inverters) 7. Inverter’s Peak Efficiency: ______ _ _ (Refer to manufacturer’s peak efficiency rating)

1. Solar Electric Array Location: _ Rooftop _ Pole Mount or Ground Mount Location: 2. Solar Electric Module Orientation: __________ degrees (e.g., 180 degrees magnetic south)

Note: in Central New Jersey, magnetic south compass reading is 10 degrees east of true south. 3. Solar Electric Module Tilt: ___________ degrees (e.g., flat mount = 0 degrees; vertical mount = 90 degrees) 4. Solar Electric Module Tracking: _Fixed _Single-axis _Double-axis 5. Inverter Location: _ Indoor _ Outdoor Location: _________________________________________________________________ 6. Utility-Accessible AC Disconnect Switch Location: ________________________________________________________________ 7. System Type and Mode of Operation:

_ Utility interactive (parallel/capable of back feeding the meter) (_ with battery backup) _ Dedicated circuit, utility power as backup (transfer switch) (_ with battery charging) _ Stand-alone (system confined to an independent circuit, no utility backup) (_ with battery charging)

1. System rated output (Section A, line 3 above): ____________ DC Watts 2. Incentive Calculation (Calculate appropriate incentive based on System Rated Output):

Residential Applicants that perform Energy Efficiency Audit a. 0 to 10,000 Watts x $1.75/Watt = $___________________+

Commercial, Farm, Public and Non-Profit 0 to 50,000 Watts x $1.00/Watt = $_____________________+

Residential Applicants that do not perform Energy Efficiency Audit b. 0 to 10,000 Watts x $1.55/Watt = $___________________+

Large PV Project Applications > 50,000 Watts = $____Not eligible for rebates____________

d. Total Rebate Calculation: $__________________________

Total Rebate Calculation: $____________________________

3. School Applicants: Maximum Annual School Rebate: $________________ (For Public School applicants, enter the lesser value from no. 6 on the School Application form or $50,000) 4. Total Installed System Cost: $_____________________________

(Eligible installed system cost includes all equipment, installation, and applicable interconnection costs before the New Jersey Clean Energy Program incentive.)

5. Requested Incentive (Enter the appropriate value from C2. b or c): $___________________________________

1. Module: _____ Years at _____ Percent of Rated Power Output 2. Inverter:_____ Years 3. Installation: _____ Years Revised January 2009

B: PROPOSED INSTALLATION/INTERCONNECTION INFORMATION

C: INCENTIVE REQUEST CALCULATION

D: WARRANTY INFORMATION

APPENDIX I

CONSTRUCTION ESTIMATES

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CDM PROJECT CONSTRUCTION COST ESTIMATE

100 Crossways Park West, Suite 415 Location: Freehold Township School DistrictWoodbury, NY 11797 Estimate by: BRPhone (516) 496-8400 Checked by: MGFax (516) 496-8864

ITEM DESCRIPTION QTY UNIT MATERIAL MATERIAL QTY UNIT LABOR LABOR TOTALUNIT COST SUBTOTAL COST SUBTOTAL

D.D. Eisenhower Middle School 1 Lamps, fixtures, ballasts, etc. 1 ea. 9,839.00$ 9,839.00$ 1 ea. 3,529.00$ 3,529.00$ 19,005.00$

Occupancy sensors 1 ea. 3,345.00$ 3,345.00$ 1 ea. 2,292.00$ 2,292.00$ Subtotal 13,184.00 5,821.00

J.J. Catena Elementary School 2 Lamps, fixtures, ballasts, etc. 1 ea. 4,759.00$ 4,759.00$ 1 ea. 1,921.00$ 1,921.00$ 13,782.00$


C.T. Barkalow Middle School 3 Lamps, fixtures, ballasts, etc. 1 ea. 18,943.00$ 18,943.00$ 1 ea. 12,061.00$ 12,061.00$ 31,004.00$

Occupancy sensors 1 ea. - - 1 ea. - -Subtotal 18,943.00 12,061.00

Early Childhood Learning Center4 Lamps, fixtures, ballasts, etc. 1 ea. 2,681.00$ 2,681.00$ 1 ea. 1,348.00$ 1,348.00$ 7,625.00$


M.W. Errickson5 Lamps, fixtures, ballasts, etc. 1 ea. 15,448.00$ 15,448.00$ 1 ea. 20,164.00$ 20,164.00$ 38,572.00$


Laura Donovan Elementary School 6 Lamps, fixtures, ballasts, etc. 1 ea. 5,395.00$ 5,395.00$ 1 ea. 2,233.00$ 2,233.00$ 13,976.00$


West Freehold Elementary School 7 Lamps, fixtures, ballasts, etc. 1 ea. - - 1 ea. - - 5,539.00$


C.R. Applegate Elementary School 8 Lamps, fixtures, ballasts, etc. 1 ea. 8,577.00$ 8,577.00$ 1 ea. 3,487.00$ 3,487.00$ 15,052.00$


SUBTOTAL = 144,555.00$ MARKUP % = 0.43$

MARKUP = 62,158.65$ BUDGET COST ESTIMATE = 206,713.65$

Lighting System Improvements - Option 1

5:08 PM 6/30/2009

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D.D. Eisenhower Middle School 1 28W T8s & Option 1 improvements 1 ea. 21,868.00$ 21,868.00$ 1 ea. 18,012.00$ 18,012.00$ 45,517.00$


J.J. Catena Elementary School 2 28W T8s & Option 1 improvements 1 ea. 12,053.00$ 12,053.00$ 1 ea. 11,795.00$ 11,795.00$ 30,950.00$


C.T. Barkalow Middle School 3 28W T8s & Option 1 improvements 1 ea. 27,166.00$ 27,166.00$ 1 ea. 25,034.00$ 25,034.00$ 52,200.00$

Occupancy sensors 1 ea. - - 1 ea. - -Subtotal 27,166.00 25,034.00

Early Childhood Learning Center4 28W T8s & Option 1 improvements 1 ea. 6,810.00$ 6,810.00$ 1 ea. 5,982.00$ 5,982.00$ 16,388.00$


M.W. Errickson5 28W T8s & Option 1 improvements 1 ea. 37,579.00$ 37,579.00$ 1 ea. 21,872.00$ 21,872.00$ 62,411.00$


Laura Donovan Elementary School 6 28W T8s & Option 1 improvements 1 ea. 13,180.00$ 13,180.00$ 1 ea. 10,951.00$ 10,951.00$ 30,479.00$


West Freehold Elementary School 7 28W T8s & Option 1 improvements 1 ea. 10,417.00$ 10,417.00$ 1 ea. 13,757.00$ 13,757.00$ 29,713.00$


C.R. Applegate Elementary School 8 28W T8s & Option 1 improvements 1 ea. 15,867.00$ 15,867.00$ 1 ea. 12,911.00$ 12,911.00$ 31,766.00$


SUBTOTAL = 299,424.00$ MARKUP % = 0.43$

MARKUP = 128,752.32$ BUDGET COST ESTIMATE = 428,176.32$

Lighting System Improvements - Option 2

5:08 PM 6/30/2009

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15 British American Blvd Location: Freehold TownshipLatham, NY 12110 Estimate by: RKAPhone (518) 782-4500 Checked by: MGFax (518) 786-3810


C.R. Applegate

1Enthalpy Recovery Wheel - 2,000 Max CFM

6 ea. 10,000.00$ 60,000.00$ 6 ea. 680.00$ 4,080.00$ 64,080.00$ Subtotal 60,000.00 4,080.00

SUBTOTAL = 64,080.00$ MARKUP % = 0.15$

MARKUP = 9,612.00$ SUB-TOTAL w/ OH & P = 73,692.00$

CONTINGENCY % = 0.25CONTINGENCY = 18,423.00$

BUDGET COST ESTIMATE = 92,115.00$

9:41 AM 7/1/2009

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CT Barkalow School

1Boiler, Gas-Fired, Condensing High Efficiency2,000 MBH 2 ea. 68,000.00$ 2 ea. 5,750.00$ 11,500.00$ 79,500.00$ Subtotal 68,000.00 11,500.00

SUBTOTAL = 79,500.00$ MARKUP % = 0.15$




3:51 PM 6/30/2009

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Early Childhood Learning Center1 R21 15" Wide 37,156 SF 0.50$ 18,578.00$ 37,156 SF 0.24$ 8,917.44$ 27,495.44$

Subtotal 18,578.00 8,917.44SUBTOTAL = 27,495.44$ MARKUP % = 0.15$




3:52 PM 6/30/2009

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J.J. Catena School

1Boiler, Gas-Fired, Condensing High Efficiency2,000 MBH 2 ea. 68,000.00$ 2 ea. 5,750.00$ 11,500.00$ 79,500.00$ Subtotal 68,000.00 11,500.00

SUBTOTAL = 79,500.00$ MARKUP % = 0.15$




3:52 PM 6/30/2009

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J.J. Catena School

1Thermostat, Manual, 1 set back, electric, timed 11 ea. 95.00$ 1,045.00$ 11 ea. 47.00$ 517.00$ 1,562.00$ Subtotal 1,045.00 517.00

SUBTOTAL = 1,562.00$ MARKUP % = 0.15$

MARKUP = 234.30$ SUB-TOTAL w/ OH & P = 1,796.30$

CONTINGENCY % = 0.25CONTINGENCY = 449.08$


9:24 AM 7/1/2009

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M.W. Errickson

1Enthalpy Recovery Wheel - 2,000 Max CFM

4 ea. 10,000.00$ 40,000.00$ 4 ea. 680.00$ 2,720.00$ 42,720.00$ Subtotal 40,000.00 2,720.00

SUBTOTAL = 42,720.00$ MARKUP % = 0.15$




9:42 AM 7/1/2009

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D.D. Eisenhower Middle School 1 Solar Energy System 1 ea. 928,700.00$ 928,700.00$ 1 ea. 476,900.00$ 476,900.00$ 1,405,600.00$

Subtotal 928,700.00 476,900.00

J.J. Catena Elementary School 2 Solar Energy System 1 ea. 349,400.00$ 349,400.00$ 1 ea. 172,900.00$ 172,900.00$ 522,300.00$

Subtotal 349,400.00 172,900.00

C.T. Barkalow Middle School 3 Solar Energy System 1 ea. 446,600.00$ 446,600.00$ 1 ea. 224,200.00$ 224,200.00$ 670,800.00$

Subtotal 446,600.00 224,200.00

Early Childhood Learning Center4 Solar Energy System 1 ea. 259,000.00$ 259,000.00$ 1 ea. 133,000.00$ 133,000.00$ 392,000.00$

Subtotal 259,000.00 133,000.00

M.W. Errickson5 Solar Energy System 1 ea. 388,497.00$ 388,497.00$ 1 ea. 199,500.00$ 199,500.00$ 587,997.00$

Subtotal 388,497.00 199,500.00

Laura Donovan Elementary School 6 Solar Energy System 1 ea. 583,920.00$ 583,920.00$ 1 ea. 300,200.00$ 300,200.00$ 884,120.00$

Subtotal 583,920.00 300,200.00

West Freehold Elementary School 7 Solar Energy System 1 ea. 223,500.00$ 223,500.00$ 1 ea. 104,500.00$ 104,500.00$ 328,000.00$

Subtotal 223,500.00 104,500.00

C.R. Applegate Elementary School 8 Solar Energy System 1 ea. 478,800.00$ 478,800.00$ 1 ea. 235,600.00$ 235,600.00$ 714,400.00$

Subtotal 478,800.00 235,600.00SUBTOTAL = 5,505,217.00$ MARKUP % = 0.15$

MARKUP = 825,782.55$ BUDGET COST ESTIMATE = 6,331,000$

5:08 PM 6/30/2009

APPENDIX J

FACILITY DATA FORMS

Enery Audit Final Report 8-11-09 - Amazon S3Twp+BOE+E… · CDM’s energy audit for the Freehold...

Documents

Transcript of Enery Audit Final Report 8-11-09 - Amazon S3Twp+BOE+E… · CDM’s energy audit for the Freehold...