CDM – Executive Board Version 2, page 1 CDM-SSC-BUNDLE

UNFCCC/CCNUCC ____________________________________________________________________________________ CDM – Executive Board Version 2, page 1

CDM-SSC-BUNDLE

CLEAN DEVELOPMENT MECHANISM FORM FOR SUBMISSION OF BUNDLED SMALL SCALE PROJECT ACTIVITIES

(SSC-CDM-BUNDLE) SECTION A. General description of the Bundle A.1. Title of the Bundle: >> Korea Land Corporation Pyeongtaek Sosabul-district new and renewable energy model city (Photovoltaic system +solar water heating system) A.2. Version and Date : >> Version: 03 Date: 27 November 2008 A.3. Description of the Bundle and the subbundles : >>

The participant, Korea Land Corporation (KLC) will develop Pyeongtaek Sosabul-district to eco-friendly, renewable energy residence district including detached houses, apartments, schools, iconic tower and solar park lights. This area will be approximately 3,021,281m2 and move in 12,542 households. KLC is going to be developed that will be supplied up to 5.23%1 of Total consumption energy by renewable sources in 2014.

Participant makes the plan that detached houses and schools will be installed Photovoltaic system on the roof and solar park lights will be installed in a park and then iconic tower will be set up photovoltaic system such a Building integrated photovoltaic system (BIVP). Korea Land Corporation Pyeongtaek Sosabul-district new and renewable model city aims to install photovoltaic system on detached houses (Total 1.5MW), all apartments (Total 2.8MW), schools (Total 0.2MW), solar park lights (Total 0.1 MW) and iconic tower (Total 0.1 MW). The proposed project of total generating capacity is 4.7 MW.

1 1 5.23% of total consumption energy includes energy generated by new and renewable energy systems include photovoltaic system, solar water heating system, geothermal heating and cooling system and fuel cell generator.


CDM-SSC-BUNDLE <Table A-1> Total capacity from photovoltaic system

No. of households(No.)

Installation area (m2)

Annual generating electricity (MWh)

Photovoltaic system(MW)

Apartments 14,175 28,350 3,414.7 2.8 Detached houses 743 14,860 1,789.8 1.5 Solar park lights - 1,455 175.2 0.1 Schools - 2,104 253.4 0.2 Iconic tower - 686 82.6 0.1 Total 14,918 47,455 5,715.70 4.7 Participant makes the plan that detached houses, schools will be installed solar water heating system on the roof as total generating capacity (3.47MWth) The annual generation thermal energy will be 14.13 TJ/year from solar water heating system. <Table A-2> Total capacity from solar water heating system,

Category The No. of households(No.)

Installation area (m2)

Solar water heating (MWth)

Detached houses 743 4,458 3.12 Schools - 498 0.35 Total - 4,956 3.47

A.4. Project participants: >>

involved ((host) indicates a host

Party)

Private and/or public entity(ies)project participants

(as applicable)

Kindly indicate if the Party involved wished to be considered as project

participant (Yes/No)

Republic of Korea (host)

Government Enterprise : Korea Land Corporation No


CDM-SSC-BUNDLE SECTION B. Technical description of the Bundle: >> B.1. Location of the Bundle: >> B.1.1. Host Party(ies): >> Republic of Korea B.1.2. Region/State/Province etc.: >> Gyeonggi-Do B.1.3. City/Town/Community etc: >> Pyeongtaek-city/ Bijeon-dong, Jukbaek-dong, Dongsak-dong/ Sosabul–district B.1.4. Details of physical location, including information allowing the unique identification of this Bundle: >> The Korea Land Corporation Pyeongtaek Sosabul-district new and renewable model city (PV) is located at the Bijeon-dong, Jukbaek-dong, Dongsak-dong which is Midwest of Korea peninsula in Pyongtaek-city.

The propose project site at latitude 36°59'14.54"N longitude 127° 6'37.92"E


CDM-SSC-BUNDLE

<Figure A-2> Expected project bird’s eye view in Pyeongtaek Sosabul-district

<Figure A-1> Location of the proposed project


CDM-SSC-BUNDLE B.2. Type(s), category(ies) and technology/(ies)/Measure/(s) of the bundle: >> According to the categories’ list of CDM projects activities of the appendix B on the simplified modalities and procedures for small-scale CDM activities, the Korea Land Corporation Pyeongtaek Sosabul-district new and renewable energy model city (Photovoltaic system + solar water heating system) relates to the category I.D and category I.C : This project falls into those categories as it uses renewable energy by introduction of Photovoltaic system and solar water heating system. The project displaces the uses of fossil fuels. Around new town developing plan, KLC developed the urban planning which new constructing buildings will introduce renewable facilities in order to generate electricity and/or heat energy by solar power at sosabul district. TYPE I : Renewable energy project Category I.D: Grid connected renewable electricity generation ; Installation of photovoltaic system

Photovoltaic system o Installation plan of Apartments : 0.2 kWp per a family for all family(14,175

families) o Installation plan of Detached houses : 2 kWp per a house for all houses(743 houses) o Installation plan of Schools : total consumption electricity of 5% up (9 schools) o Installation plan of Solar park lights : total 8 km solar park in park (400 solar park

lights) o Installation plan of Iconic tower : supply total 4% electricity (Installation solar

module of tower south side)

Photovoltaic is a technology in which light is converted into electrical power. It is best known as a method for generating solar power by using solar cells packaged in photovoltaic modules, often electrically connected in multiples as solar photovoltaic arrays to convert energy from the sun into electricity. Types of Photovoltaic system

Off- grid domestic: For residential house at islands or country Off- grid non-domestic: For supply electricity for small scale On- grid distributed: For On-grid residential house and office On-grid centralized: For displaced existing power station or supplying On-grid electricity

The participants will select some Photovoltaic installation firms which the firms will establish On-grid distributed Photovoltaic system among the types of Photovoltaic system On-grid distributed Photovoltaic system feature Unnecessary storage battery - Surplus electricity will return to grid or shortage electricity will be supply from grid.


CDM-SSC-BUNDLE Main set up:

1. Solar cell array: Generating Direct current (D.C.) electricity Solar cell by Radiation 2. Inverter: Converting Generated Direct Current (D.C.) to Alternating current(A.C.) , 3. Meter: Monitoring system 4. Power controller

<Figure A-1> On-grid distributed Photovoltaic system distribution diagram

TYPE I: Renewable energy project Category I.C: Thermal Energy for the user (Version 11, of AMS-I.C) ; Installation of solar water heating system

Solar water heating system o Installation plan of Detached houses: 6m2 per a family for all detached houses (743

houses) System Installation scale for detached house was calculated by considered the building-to-land ratio and

floor space index with Land scale and development-density.

o Installation plan of Schools : Up to 50% of water heat (9 schools)

System Installation scale for detached house was calculated by considered the building-to- land ratio and floor space index with Land scale and development-density. Assuming schools operation time is 12 hours (8 o’clock to 20 o’clock).


CDM-SSC-BUNDLE <Table A-1> Specification of Collector module for solar water heating system

Category Glazed flat plate collector Evacuated tubular collector Main material Low iron glass, copper plate Pyrex, copper tube, aluminum

alloy Operating temp. Low (40-60℃) Mid- high(70-110℃) Stagnation temp Below 150℃ 270℃ Max. operating pressure 3.5 10.0 Solar Saving Fraction (SSF) 10-30% 40-80% Efficiency (winter) Low High Operating on/off (rainy day) OFF ON (windy day) Heat insulation function Surface glass Evacuated heat insulation High efficiency function None Troffer Operating degree 30-60° 1-90° Operating direction Only South Southeast(SE)-Southwest(SW) Operation and maintenance Inconvenience Easy Life cycle 15years 15-20years Source: Energy usage plan draft report B.3 Estimated amount of emission reductions over the chosen crediting period: >> This project of emission reductions will be estimated 31,577 t CO2e for the project activities during the crediting period. <Table A-2> Estimated CO2 emission reductions

Years Annual estimation of emission reductions (tonnes of CO2 e)

Year 1 4,511 (3,568+ 943)

Year 2 4,511

Year 3 4,511

Year 4 4,511

Year 5 4,511

Year 6 4,511

Year 7 4,511

Total estimated reductions (tonnes of CO2e) 31,577

Total number of crediting years 7 years


CDM-SSC-BUNDLE

Annual average over the crediting period of estimated reductions

(tonnes of CO2 e) 4,511

SECTION C. Duration of the project activity / Crediting period: C.1. Duration of the Bundle >> C.1.1. Starting date of the Bundle: 2010/01/01 C.2. Choice of crediting period and related information: >> C.2.1. Renewable crediting period: >> C.2.1.1. Starting date of the first crediting period: >> 2015/01/01 B.2.1.2. Length of the first crediting period: >> 7 years C.2.2. Fixed crediting period: >> C.2.2.1. Starting date: >> Not applicable C.2.2.2. Length: >> Not applicable SECTION D. Application of a monitoring methodology: >> 1. Project monitoring plan The monitoring plan for this project (PV system and Solar water heating system) has been developing to ensure that from the start, the project is well organized in terms of the collection and archiving of complete and reliable data. All renewable devices will be equipped with monitoring system by National new and renewable installation standards.


CDM-SSC-BUNDLE And all data have to be transmitted to KLC headquarter (Facility business Div.) and public relationship office (iconic tower) will be kept at least for 2 years after the end of the last crediting period as electronic and on paper. <Table D-1> Connections and requirements of installation

Connections Framework Notes

Measuring facilities (built in transmission function)

Measuring facilities → main server

Obtains Extra network port for being able to transmit main server

Local server (includes PC) Local server → main server

Outdoor type transmission facilities

Measuring facilities → main server → main server

-Obtains Extra network port for being able to transmit main server -Select measuring facility with compatibility of main server

* measuring includes inverter, calorimeter, datacollecter, DDC & PLC etc.

2. Photovoltaic system monitoring plan Installation, Measurement and Calibration of the meters The monitoring equipments are equipped to measure the electricity output and to the grid. The electric energy metering should be equipped according the requirements of the National new and renewable facilities installation standards. Before the operation of the proposed project, the project participant and installation firms should examine the electric energy metering according to the National new and

Each monitoring System

(Photovoltaic system, Solar water heating)

KLC headquarter (Facility

Business Div.)

All data (PV system) Operating time (min) Generating electricity(kwh)

All data (Solar water heating)

Operating time (min) Generating thermal energy(kcal)

Public relations office

(Iconic tower)

<Figure D-1> Monitoring plan


CDM-SSC-BUNDLE renewable facilities installation standards. Several meters are installed by Korea Electric Power Cooperation (KEPCO). Through these meters, the electricity generation by each PV system, the electricity can be all monitored. The net feed-in electricity to the gird can be checked with the pass meter. And the data should be cross-checked against relevant electricity sales receipts and/or records from the grid for quality control. Since the data required to be monitored is consist with the data required during project operation by the project participant and the grid company, Net merering Agreement2 between these each PV system owner and KEPCO can be used as guidance on data collection and documentation. The project site will install two series of measurement and monitoring equipments, one as the main equipment and the other as standby. Training, Data Collection and Monitoring Report Before the formal operation of the proposed project, the personal in charge of CDM will organize the relevant personals to participate the CDM training. The period of the training will at least last 3 working days. At the end of each month, the monitoring data of that month should be archived electronically. Documents should have disc backups be printed out. The project owner should also keep the copy of electricity sales/purchase receipts. Written documents such as paper-based maps, diagrams and environmental assessments will be used in addition to the monitoring plan to check the information. In order to facilitate auditors’ reference of relevant literature relating to verification of the emission reductions of the proposed project, the index of the project materials and monitoring results should be provided. All paper-based information and data shall be stored by the Facility Business Division and all the materials shall have copies for backup. And all data will be kept until 2 years after the end of the total credit period of the proposed project. The project participant is preparing the monitoring procedures and calibration and measurement manual which will be implemented during the operation of the proposed project. After the proposed project is registered and begins its operation, the monitoring report should be submitted at the end of every year for the verification of DOE. The report should cover the monitoring of grid-connected power generation, check report, report on calculation of the emission reductions and records of monitoring instrument repair and calibration, etc.

2 Net merering: Power plant owners using new and renewable source occur Surplus electricity, surplus electricity by Photovoltaic system supply to grid. And price of the amounts will be minus next electricity fee.


CDM-SSC-BUNDLE 3. Solar water heating system monitoring system All solar water heating systems will be equipped with thermal meters by New & renewable energy facilities standards of supports, installations and maintenances. And all the measured data have to be collected by Project operator at public relationship office (iconic tower) the data will be kept for 2 years after the end of the total credit period as electronic and on paper at public relationship office(iconic tower). Several thermal meters are installed by selected installation firms. Through these meters, the thermal energy generation by each solar water heating system, the thermal energy can be all monitored. Since the data required to be monitored is consist with the data required during project operation by the project participant, the solar heating water system owner and project participant can be used as guidance on data collection and documentation. Training, Data Collection and Monitoring Report Before the formal operation of the proposed project, the personal in charge of CDM will organize the relevant personals to participate the CDM training. The period of the training will at least last 3 working days. At the end of each month, the monitoring data of that month should be archived electronically. Documents should have disc backups be printed out. The project participant should also keep the copy of generating thermal energy. Written documents such as paper-based maps, diagrams and environmental assessments will be used in addition to the monitoring plan to check the information. In order to facilitate auditors’ reference of relevant literature relating to verification of the emission reductions of the proposed project, the index of the project materials and monitoring results should be provided. All paper-based information and data shall be stored by the Facility Business Division and all the materials shall have copies for backup. And all data will be kept until 2 years after the end of the total credit period of the proposed project. The project participant is preparing the monitoring procedures and calibration and measurement manual which will be implemented during the operation of the proposed project. After the proposed project is registered and begins its operation, the monitoring report should be submitted at the end of every year for the verification of DOE. The report should cover the monitoring of generating thermal energy, check report, report on calculation of the emission reductions and records of monitoring instrument repair and calibration, etc.


CDM-SSC-BUNDLE

Annex 1 CONTACT INFORMATION ON PARTICIPANTS IN THE BUNDLE

Organization: Korea Land Corporation Street/P.O.Box: 217, Jungja-Dong, Bundang-Gu Building: City: Sungnam-si State/Region: Kyungki-Do Postfix/ZIP: 463-755 Country: Republic of korea Telephone: +82-31-738-7114 FAX: E-Mail: URL: http://www.iklc.co.kr Represented by: Title: CEO Salutation: Mr. Last Name: Lee Middle Name: First Name: Jong-Sang Department: Mobile: Direct FAX: 031-220-0380 Direct tel: 031-220-7812 Personal E-Mail: [email protected]

CDM – Executive Board Version 2, page 1 CDM-SSC-BUNDLE

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