3 Buildings Punjab
Transcript of 3 Buildings Punjab
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BID DOCUMENT
FOR
CONDUCTINGINVESTMENT GRADE ENERGY AUDIT (IGEA)
OF THREE BUILDINGS(WHOLE THE CAMPUS INCLUDING BUILDING,
STREET LIGHTING, WATER PUMPING etc.)
PUNJAB ENERGY DEVELOPMENT AGENCY,
SOLAR PASSIVE COMPLEXPLOT NO. 1-2, SECTOR 33-D, CHANDIGARH-160034PHONE: 0172-2663328, 2663382 Fax: 0172-2662865
Website: www.peda.gov.in Email: [email protected]
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CONTENTS
S. No. Subject
Page No.
1. Invitation letter 2
2. Issue of Bid Document 3
3. Bid Invitation 4-6
4. Preliminary details proforma of PushpaGujral Science City, Kapurthala
7
5. Preliminary details proforma of HeadOffice Building, MILKFED, Chandigarh
8
6. Preliminary details proforma of AdvancedTraining Institute (ATI), Gill Road,Ludhiana
9
7. Scope of work (Annexure-I) 10-13
8. Templates (Annexure-II) 14-27
9. Financial Bid (Annexure-III) 28
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INVITATION LETTER
Subject: Invitation of Bids for conducting Investment Grade Energy Audit(IGEA) of three buildings (whole the Campus Including Building,Street Lighting, Water Pumping etc.).
Sir,Punjab Energy Development Agency (PEDA), the State Designated
Agency (SDA) to coordinate, regulate & enforce the Energy Conservation Act-2001 in
the state of Punjab, invites bids for conducting Investment Grade Energy Audit
(IGEA) of following three buildings (whole the Campus Including Building, Street
Lighting, Water Pumping etc.).
1. Pushpa Gujral Science City, Kapurthala
2. Head Office Building, MILKFED, Chandigarh3. Advanced Training Institute (ATI), Gill Road, Ludhiana
The bid document may be obtained from the office of the undersigned
on any working day upto 1.00 PM on 28.11.2011 on payment of Rs. 1000/-. The
complete bids accompanied with earnest money of Rs. 1,00,000/-(Rs. One Lakh
Only)will be received upto 3.00 PM on 28.11.2011 and will be opened on the same
day at 3.30 PM. Your company must be in the list of Energy Service Companies
(ESCO) short-listed by Bureau of Energy Efficiency (BEE), Ministry of Power,
Govt. of India. The bid document can also be downloaded from PEDA website:
www.peda.gov.in and in that case the bid document fee can be submitted at the time
of submission of bid. PEDA reserves the right to accept or reject any or all the bids
without assigning any reason.
You are, therefore, requested to participate in an open competitive
bidding process for conducting Investment Grade Energy Audit (IGEA) of above said
three buildings (whole the campus including building, street lighting, water pumping
etc.).
Thanking you,
Yours faithfully,
(BALOUR SINGH)DIRECTOR
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PUNJAB ENERGY DEVELOPMENT AGENCYCHANDIGARH
Bid Document for CONDUCTING INVESTMENT GRADE ENERGY AUDIT
(IGEA) OF THREE BUILDINGS (WHOLE THE CAMPUS INCLUDING
BUILDING, STREET LIGHTING, WATER PUMPING etc.).
Issued to M/s
______________________________________________________________
This Bid contains 28 pages.
DIRECTOR
_______________________________________
Punjab Energy Development Agency
CHANDIGARH
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PUNJAB ENERGY DEVELOPMENT AGENCY,SOLAR PASSIVE COMPLEX
PLOT NO. 1-2, SECTOR 33-D, CHANDIGARH-160034PHONE: 0172-2663328, 2663382 Fax: 0172-2662865
BID INVITATION
1. Name of work Conducting Investment Grade Energy Audit (IGEA) ofThree Buildings (whole the Campus Including Building,Street Lighting, Water Pumping Etc.).
2. Date and time ofsale of bids
Upto 1.00 PM on dated 28.11.2011
3. Date and time of
receipt of bids
Upto 3.00 PM on dated 28.11.2011
4. Date and time ofopening of bids
3.30 PM on dated 28.11.2011
5. Earnest Money Rs. 1,00,000/- (Rupees One Lakh only) by demand
draft in favour of Punjab Energy Development Agency
payable at Chandigarh.
6. Completion
period
Six months
7. Objective The broad objective of the Investment Grade Energy Audit
is to review the present energy consumption scenario,
monitoring and analysis of the use of energy and explore
the energy conservation options in various load centers of
the buildings including submission of a detailed project
report containing recommendations for improving energy
efficiency with cost benefit analysis and technical
specifications for any retrofit options with the list of
suppliers / manufacturers of energy efficient technologies.
8. Scope of work see Annexure-I
9. Payment terms i. 10% payment as mobilization advance against bank
guarantee from any scheduled bank of equivalent
amount valid for six (6) months period. The
deduction of mobilization advance will be made on
pro-rata basis from the running payment.
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ii. 40% payment will be released on submission of draft
IGEA reports duly recommended by the owner /
nodal officer of the concerned building.
iii. 40% payment will be released on completion of
IGEA to the satisfaction of owner / nodal officer of
the concerned building and PEDA.
iv. 10% payment along with EMD will be released after
one month of completion of work.
v. Tax deductions will be made as applicable.
10. OTHER TERMS & CONDITIONS:
i. Bids should be submitted in the sealed envelope super-scribed with the
name of work.
ii. Parties are required to quote lump-sum rate for each building in the
financial bid. (Annexure-III).
iii. The rates should be through rates including all taxes levies, freight,
octroi etc.
iv. The completion period will be six months from the date of placement of
work order.v. The undersigned does not bind himself to accept the lowest rate or any
bid and reserve to himself the right of accepting the whole or part of the
bid and bider shall be bound to perform the same at the quoted rates.
vi. Sales tax or any other tax on the material or the turnover shall be payable
by the ESCO and PEDA will not entertain any claim in this respect.
vii. Before filling bid, the ESCO shall visit the site and satisfy himself as to
the conditions prevalent there especially regarding accessibility to the
site, nature and extent of the ground, working conditions, stacking of
materials. Installations of Tools and Plants etc. accommodation and
movement of labour, supply of water and power for satisfactory
completion of the works contract. No claim, whatsoever on such
accounts shall be entertained by PEDA in any circumstances.
viii. The ESCO shall comply with the provisions of Apprentices Act, 1961,
Minimum wages Act, 1948 workmens compensation Act, 1923, Contract
Labour (Regulation and abolition) Act, 1970 Payment of wages Act, 1936.
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Preliminary Details Proforma of Pushpa Gujral Science City, Kapurthala
1. Name of the building Pushpa Gujral Science City, Kapurthala
2. Location / Address Jalandhar-Kapurthala Road, Kapurthala
3. Name and address of the
owner
Pushpa Gujral Science City, Kapurthala
4. Total covered area of the
building
Built-up Area: 195590 Sq. feet
5. Connected load of the
building
1608 KW
6. Annual energy consumption
of the building
17,09,920 units
7. Nature of the building Office
8. Hours of normal operation of
the building
8 Hours per Day
9. Percentage of air conditioned
floor area
60%
10. Name of the Nodal officer In
charge
Sh. Pirthi Singh,Executive Engineer,Tel. 01822-501961 to 64Fax. 01822-501966
11. Name of the Alternative
Officer & Designation
Sh. Harminder Pal Singh,Electrical Supervisor
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Preliminary Details Proforma of Head Office Building, MILKFED, Chandigarh
1. Name of the building The Punjab State Co-operative Milk Producers
Federation Limited (MILKFED)
2. Location / Address S.C.O. 153-155, Sector 34-A, Chandigarh
3. Name and address of the
owner
M.D., Milkfed, S.C.O. 153-155, Sector 34-A,
Chandigarh
4. Total covered area of the
building
25373.1 Sqft.
5. Connected load of the
building
172.21 Kw
6. Annual energy consumption
of the building
1,12,000 Units Approx.
7. Nature of the building Office of Milkfed
8. Hours of normal operation of
the building
9.00 AM5.00 PM
9. Percentage of air conditioned
floor area
20% Approx.
10. Name of the Nodal officer
Incharge
Sh. Shashi Kant,Assistant Engineer
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Preliminary Details Proforma of Advanced Training Institute, Gill Road, Ludhiana
1. Name of the building Advanced Training Institute (ATI), Ludhiana
2. Location / Address Advanced Training Institute (ATI), Gill Road,
Ludhiana141003 (Punjab)
3. Name and address of the
owner
Government of India
4. Total covered area of the
building
1,63,884 sq. feet
5. Connected load of the
building
635 KW
6. Annual energy consumption
of the building
527016 units
7. Nature of the building Administrative Block, Hostel, Workshop &
Residential Complex
8. Hours of normal operation of
the building
8.30 AM to 5.00 PM, 5 days a week,
Saturday & Sunday closed
9. Percentage of air conditioned
floor area
7.44% (12,195 sq.feet in total)
10. Name of the Nodal officer
Incharge
Sh. Manjit Singh, Dy. Director,
Contact No. 094649-31550
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Annexure-I
SCOPE OF WORK
Name of work : Conducting Investment Grade Energy Audit (IGEA) of
Three Buildings (whole the Campus IncludingBuilding, Street Lighting, Water Pumping Etc.).
The scope of the work includes a detailed study for energy conservation
options of various energy sources like Electricity and Fuel oil in whole the
institutes Including Building, Street Lighting, Water Pumping etc. and
recommends actions for reducing the same.
The broad scope of the study will as per the following:
1. Review of present electricity, fuel oil & estimation of energyconsumption in various load centers like lighting, Air-Conditioning, Water Pumping etc.
2. Electrical Distribution System
a) Review of present electrical distribution like Single Line Diagram
(SLD), transformer loading, cable loading, normal & emergency
loads, electricity distribution in various areas/floors etc.
b) Study of Reactive Power Management and option for power
factor improvement.
c) Study of power quality like Harmonics, current unbalance,
voltage unbalance etc.
d) Exploring the Energy Conservation Option (ENCON) in electrical
distribution system.
3. Lighting System
a) Review of present lighting system, lighting inventories etc.
b) Estimation of lighting load at various locations like different
floors, outside (campus) light, pump house and other
important locations.
c) Detail lux level survey at various locations and comparison
with acceptable standards.
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d) Study of present lighting control system and recommend for
improvement.
e) Analysis of lighting performance indices like Lux/m2, lux/watt,
lux/watt/m2 and comparison with norms of high rise buildings.
f) Exploring the Energy Conservation Option (ENCON) in
lighting system.
4. Heating, Ventilation & Air-Conditioning System (HVAC System).
a) Review of present HVAC system like central AC, window AC,
split AC, package AC, Water Coolers, and Air Heaters etc.
b) Performance assessment of window AC, Split AC and
Package AC system.
c) Performance assessment of Chillers, Cooling Towers, Air
Handling Units (AHUs) and cold insulation system of central
AC.
d) Analysis of HVAC performance like estimation of Energy
Efficiency Ratio (EER i.e. KW/TR), Specific Energy
Consumption (SEC) of Chilled Water Pumps, Condenser
Water Pumps, AHUs etc. and comparison of the operating
data with the design data.
e) Exploring the Energy Conservation Option (ENCON) in
HVAC system.
5. Diesel Generator (DG) Sets
a) Review of DG set operation.
b) Performance Assessment of DG sets in terms of Specific
Fuel Consumption (SFC i.e. KWH/Liter), Exploring the
Energy Conservation Options (ENCON) in lighting system.
c) Exploring the Energy Conservation Option (ENCON) in DG
sets.
6. Water Pumping System
a) Review of water pumping, storage and distribution systems.
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b) Performance assessment of all major water pumps i.e.
power consumption vs. flow delivered, estimation of pump
efficiency etc.
c) Exploring the Energy Conservation Option (ENCON) inWater Pumping System.
7. Thermic Fluid Heaters / Boilers
a) Performance assessment of hot water generators or thermic
fluid heaters like estimation of efficiency etc.
b) Exploring the ENCON options in this systems.
8. Motor Load Survey
a) Conducting the motor load survey of all drives to estimate
the %loading.
b) Exploring the ENCON options in electric drive system.
9. Energy Monitoring & Accounting System
a) Detail review of present energy monitoring & accounting
system in terms of metering, record keeping, data logging,
periodic performance analysis etc.
b) Recommend for effective energy monitoring & accounting
system.
10. Others
a) Review of present maintenance practice, replacement
policies and building safety practices as applicable to high
rising buildings and recommend for improvement.
Cost Benefit Analysis of each ENCON options indicating simple payback period, return on investment (ROI), Internal Rate of Return (IRR).
Preparation of Detail Project Report and submission of five copies ofeach (hard & soft) to PEDA.
Deliverables in the Detail Project Report (DPR)
The DPR should contain the following information:
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Methodology adopted for the study.
Present energy scenario of the building.
Detail analysis of the data obtained through field visits, trial
measurements by portable gadgets, discussion with concerned
personnel etc.
Recommendations for energy saving options in all possible areas with
cost benefit analysis.
Technical specifications for any retrofit options.
List of suppliers / manufacturers of energy efficient technologies.
Complete the templates in all respect at Annexure-II (from page no.
13 to 26).
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Annexure-II
General Aspects about Building
Parameter
Size, Age and Construction of the Building
Connected Load or Contract Demand
Installed DG capacity
Total electricity consumption per annum
Total electricity purchased from utilities
Total electricity generated from DG
Total Built up area ( in sqm )
Total Conditioned Area
Total conditioned area as % of total built up area
Total number of employees in the office
Occupancy InformationLoad distribution pattern ( total lighting load, air conditioning load and other loads)
Awareness and attitude of occupants toward energy efficiency
Measures/approach to involve building owners in operation of buildings
Action plan of the building for renovation/new change in coming months/years
Administrative body in-charge of overall controls
Body responsible for payment of electricity bills and payment mechanism
Status of Bill Payments on time/Delay in Bill Payments, percentage paid
Controlling Body for operation and maintenance
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Electrical Distribution Pattern
Technical Aspects
Status of Operation of existing Transformers
Source of power GRID/ DG Sets
Total Connected Load and Contract Demand
Break up of all major loads in KW ( Division/Section Wise)
Copy of Electrical Single Line Diagram
Section wise and overall energy consumption of the building for last 3 years ( If varying then hourly for
one month for running operations)
Section Wise load list with application and Kw rating along with usage timings
Separate feeders provided or not (for different loads like Lighting, Air Conditioning, Office Equipments
etc
Maximum Demand & Power factor Maintained for last one year (Copy of electricity bill for last one year)
Minimum payable demand or fixed charges
Energy Charges (basis of charges KVA/ kWh)
Power factor penalty/incentive (cutoff and how much)
Variation of supply voltage and frequency
Number, Type and Rating (kVA), Voltage Ratio and Test Certificates of Transformers
Usage pattern of transformers (loading/Standby pattern)
Break up of Loads connected to Each transformer
Details of various compensations provided in the building
Capacitor Bank installed kVAR
Location - Panel or with loads
Is compensation provided through automatic P.F. controller (If yes, give details )
Any instances of over compensation
Compensation provided at Meter Terminal
Power Quality (Is Harmonics a problem?)
Emergency Load/Power Back up
Note: Collect copies of the electricity bills for last one year as these will help us know the basis of
billing like KVA / kWh basis, average monthly consumption, power factor etc.
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Lighting
General Information
Total Lighting Load
Lighting Load as % of total load
Lighting Load Distribution
Light load connected to DG sets/alternative power source
Indoor lighting
General Lighting Points
Task Lighting Points
Lighting in Store Rooms, corridors, staircase, Toilets
Outside Lighting (Street Lighting and Campus Lighting in Lawns with Points )
Room Properties/ Arrangement for installation
Different area types and their utility
Area of Rooms
Height of Light Points from Work areas
False Ceiling and its height, if it is there
Total Glass Area of the building and Glass thickness and properties
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Status of Operation of existing installation/Measurements
Type of Light Fixtures working ( e.g. 1x 40W or 2x 40W or 4x 40 W or any other with light type)
Total Number of light fixtures/points
Type of Ballasts in operation
Power Consumption per light bulb/light fixture
Number of actual light points working
Light load measurement system i.e. whether there is any separate lighting meter; Lighting transformer (if
any and load connected to it)
Number of working days and operational hours per day
Comments on Lighting Design and its efficacy
Measurements
CRI Level and Lux Level required, Efficacy , Values of ILER
Lux level measurements and its distribution in various areas
All measurements details and Calculation to be provided which includes Power consumption of light point
and ballasts
Status of wiring; Single switch for multiple lights
Light load measurement system i.e. whether there is any separate lighting meter and also whether lighting is
on separate feeder or controls and also whether lighitng is in balance on all 3 phases if separately 3 phase
supply is provided
Controls or Sensors if any
General Measurements
Comments on use of day light
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Operational Aspects
Status of operation of lighting system
Preference of occupants for specific type of lighting; How to define comfort level for various options
Power failure rate (DG operation hours)
O&M measures which will effect implementation of O& M
Controlling body responsible for O & M of Lighting
Barriers to implementation
Baseline Determination
Reporting Procedures in place to assess the baseline
Standard Measurement techniques ( Method of determining consumption of each fixture/Spot measurements
done )
Assumptions
- hours of operation
- Working days
- energy consumption per fixture etc.
Savings Calculation
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Windows/Split A/C
General Information
Total HVAC load
HVAC load connected to DG
Number of Rooms having air conditioners
Area of Rooms/Cooling Space
False Ceiling/Height of roof
Exposure to sun light and Glazing, Total glass area
Presence of major heat releasing loads i.e. photocopy machines, printers etc.
Working hrs per day and working days in a week
Measurements
Number of air conditioners and their rating
Air conditioner measurements i.e. EER, SEC with calculation
Sample size chosen for measurements
Orientation of Air Conditioners
Whether there is separate energy meter for HVAC
Air conditioning load connected to DG
Year of Purchase of Air Conditioners
Measurement techniques
Temperature settings
Date and time of year when sampling was done
Status of Thermostat ( Working/Not working)
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Central Air Conditioning
Status of Operation of existing System
Chillers
Type of Chillers ( Technology)/Utility of Chillers/No. of Chillers
Make of Chillers, Model number and Year of Purchase
Chillers in Operation/Stand by
Rated TR of Chillers and Actual TR Generation of chillers
Measurements ( COP and SEC )
Air Handling Units
Number of AHU and their utility
Rated Capacity of AHUs ( CFM)
Measured Capacity
Comments on Working Condition of AHUs
Type of Load ( Variable load/full Load)
Condenser and Chiller Pumps
Number of Condenser/Chiller Pumps
Rated Power of Pumps ( KW)
Utility of Condenser/Chiller Pumps
Pump Measurements
Rated efficiency and Measured Efficiency
Power Consumption
Year of Purchase of Chillers
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Cooling Tower
Rated Parameters
Number of Cooling Towers
Range/Approach
General Measurements and comments on the effectiveness of cooling towers
Whether any controls provided or not
Measurements about effectiveness of fan and CT
Operational Aspects
Existing Installations
Identify Operational and Maintenance factors responsible for energy loss in air
conditioning system
Operation and Maintenance procedures adopted
Preference of occupants for specific type of lighting; How to define comfort level for various options
Power failure rate (DG operation hours)
Controlling body responsible for O & M of air conditioning system
Barriers to implementation
Address Procurement issues
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Monitoring and Verification Aspects
Baseline Determination
Reporting Procedures in place to assess the baseline
Standard Measurement techniques ( Method of determining consumption )
Assumptions
- hours of operation
- Working days
Savings Calculation
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DG Sets
Technical Aspects
Status of Operation of existing installation
Number of DG sets
Rating of DG sets ( kVA)
Make and Year of DG
Status of Active/Standby Operations
Specification of DG Sets: Rating,Volt, Amp, RPM
Details of Load Connected on DG
Arrangement for recording performance of DG
Operational hours of DG per day
Performance Evaluation Calculation of DG
Average % Loading and Power factor
Usage Pattern (parallel etc.)
Operational Aspects
Existing Status
Records/Log Book for Specific Fuel consumption ( kwh/lts )
Provision of Meter to record electricity output from DG
Provision to capture oil consumption, whether oil flow meters/measuring arrangement is there
Maintenance schedule
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Monitoring and Verification Aspects
Baseline Determination
Status of Building to assess the baseline consumption
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Fans and Coolers
Technical Aspects
Status of Operation of existing Transformers
Type of fans provided (Normal or exhaust) and power rating of fans; total connected load
Year of Purchase and Make
Number of fans provided
Type of regulators provided
Regulator type and Fan Blade Material
Average Working hours per day
Fan Inventory
Measurements
Power consumption per fan ( W)
Air Delivery
Total Power Consumption ( kW)
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Name of the building: City:
Building Information and Energy Data
Primary Data YearS.
No.Item
Value
Existing Estimate
1a. Contract Demand (KVA)
b. Connected load (KW)
2 Installed Capacity of DG/GG sets in KVA
3aAnnual Electricity Consumption purchased from utilities
in kwh
3bAnnual Electricity Consumption through DG/GG sets in
kwh
3c
Total Annual Electricity Consumption Utilities +DG/GG
sets in kwh4a Annual cost of Electricity purchased from utilities in Rs.
4bAnnual Cost of Electricity purchased through DG/GG
sets in Rs.
4cTotal Annual cost of Electricity, Utilities +DG/GG sets
in Rs.
5
Area of building
(excluding parking,
lawn, road etc)
Built up area in sq.m.(excluding
basement area)
Conditioned area in sq.m.
Conditioned area as % of built up
area6 Working hours(e.g. day working/24 hours working)
7 Working days /week (e.g. 5/6/7 days per week)
8 Office
Total no. of employees
Average no. of persons at any time
in office during office hours
9 Installed Capacity of air conditioning system (TR)
10 Installed lighting load in kW (if available)
11
Existing EPI (energy Performance index) in
kwh/sq.m./year. Energy includes energy purchased and
generated (excluding energy generated from any
renewable sources)
I hereby declare that the building is fully occupied for the last one year and all the
above furnished information is true in all aspects.
Signature of the building owner
or Authorized
Representative
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Financial Parameters Needed
AssumptionsCost Structure
Savings
SourceFinancial
Parameters
Capital cost O& M Cost ReplacementCost
Others M & V Cost
Projections Equipment Cost
(Procurement
Guidelines adpolicies)
Commissioning
Fee
Total cost for
feasible
replacementoptions
Training cost Measurement
& Verification
Cost
Energy
Savings /
year
Simple Payback
Year
Utility Tariff Chosen; Fuel /Electricity Price Escalation
rates
Material Cost O & M Fee afterinstallation (Annual
and others)
BaselineEstimation Fee
Return onInvestment
Interest/Insurance IRR
Discount Rate Contingency fee NPV
Escalation rates for operationand
maintenance cost savings,
material / labor cost savings
Failure Rate
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Annexure-III
FINANCIAL BID
CONDUCTING INVESTMENT GRADE ENERGY AUDIT (IGEA) OF FOLLOWINGTHREE BUILDINGS (WHOLE THE CAMPUS INCLUDING BUILDING, STREETLIGHTING, WATER PUMPING etc.).
S.No.
Name of the Building Lump-sum Rate for conducting IGEA(Rs.)
(in words) (in figures)
1 PUSHPA GUJRALSCIENCE CITY,JALANDHAR-
KAPURTHALA ROAD,KAPURTHALA
2 HEAD OFFICE BUILDING,MILKFED, S.C.O. NO. 153-155, SECTOR 34-A,CHANDIGARH
3 ADVANCED TRAININGINSTITUTE (ATI), GILL
ROAD, LUDHIANA
TOTAL
(Signature & Seal of Bidder)