WIND POWER PROJECT OF CLP WIND FARMS (INDIA) PRIVATE LIMITED

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1 WIND POWER PROJECT OF CLP WIND FARMS (INDIA) PRIVATE LIMITED Document Prepared By: EKI Energy Services Limited Project Title Wind Power Project of CLP Wind Farms (India) Private Limited Version 03 Report ID Date of Issue CLP/193.6 MW/01 06-November-2014 Project ID 1257 Monitoring Period Prepared By Contact 22-March-2012 to 31-August-2014 (both days inclusive) EKI Energy Services Limited Manish Dabkara 325, Block C, Prem Trade Centre, Opp. Gujarati Girls College, Maharani Road, Indore Madhya Pradesh T: E: 1

2 Table of Contents 1 Project Details Summary Description of the Implementation Status of the Project Sectoral Scope and Project Type Project Proponent Other Entities Involved in the Project Project Start Date Project Crediting Period Project Location Title and Reference of Methodology Other Programs Implementation Status Implementation Status of the Project Activity Deviations Methodology Deviations Project Description Deviations Grouped Project Data and Parameters Data and Parameters Available at Validation Data and Parameters Monitored Monitoring Plan Quantification of GHG Emission Reductions and Removals Baseline Emissions Project Emissions Leakage Net GHG Emission Reductions and Removals APPENDIX 1: Commissioning details for the project activity Sipla Site: Bhakrani Site:

3 1 PROJECT DETAILS 1.1 Summary Description of the Implementation Status of the Project The Project by CLP Wind Farms (India) Private Limited is located at 3 different locations. The project under implementation in 3 phases - the first phase (40.8 MW) 51 WEGs is near Sipla village of Jaisalmer district in Rajasthan, second phase (102.4 MW) 128 WEGs is near Bhakrani village of Jaisalmer district in Rajasthan and the third phase (50.4 MW) 63 WEGs is near Mahidad village in Rajkot and Surendranagar district of Gujarat. The Project Activity consists of a total of MW wind power project consisting of 242 Wind Electric Generators (WEGs) of individual capacity 0.8 MW. The Project is using Wind World India Ltd (WWIL) make 0.8 MW E- 53 Wind Energy Generators (WEGs). Out of the total capacity of MW, MW has been commissioned till date, rest one WEG is under implementation plan and shall be commissioned later. The Project activity is a new facility (Greenfield) and it plans to utilize wind energy to generate electricity and supply it to distribution licences which is a part of the NEWNE (Northern, Eastern, Western and North-Eastern) grid of India. In the absence of Project activity, quantity of the electricity that would be delivered by the Project activity to the NEWNE grid would be sourced from the existing grid-connected power plants and future capacity additions to meet the growing electricity requirements. Hence, generation mix of NEWNE grid is considered as the baseline scenario. The first WEG under this project has stated commissioning since 22-March-2012 and has been under operation since then except for regular shutdowns considering O&M requirements. A comprehensive list of WEGs commissioning dates are provided under Appendix 1. The total GHG emission reductions or removals generated in this monitoring period, i.e. 22- March-2012 to 31-August-2014 (inclusive both days) is 394,180 tco Sectoral Scope and Project Type As per the categorization by UNFCCC, the project activity falls under: Grid-connected electricity generation from renewable sources Sectoral Scope 1 Methodology applied is ACM 0002 of version 14.0 The project is not a grouped project activity. 1.3 Project Proponent The project proponent details are as follows; Organization name Contact person Title CLP Wind Farms (India) Private Limited Mr. Dipjay Sanchania Head CDM 3

4 Address 15 th Floor, Oberoi Commerz, Off. Western Express Highway, Goregaon (E), Mumbai Maharashtra Telephone carbon@clpindia.in 1.4 Other Entities Involved in the Project Organization name Not Applicable Contact person Title Address Telephone Not Applicable Not Applicable Not Applicable Not Applicable Not Applicable 1.5 Project Start Date The project start date for this project is 22 nd March This is the day on which the first WEG was commissioned under the Project activity. 1.6 Project Crediting Period Project has begun generating GHG emission reductions from 22 nd March Hence, crediting period for VCS begins on 22 nd March 2012 and ends on 21 st March 2022 i.e. 10 years crediting period which can be renewed for maximum 2 times. 1.7 Project Location The project activity is located at Gujarat and Rajasthan State of India. The project is implemented in 3 phases phase 1 is located near Sipla Wind farm and is of 40.8 MW capacity which is near villages Sipla, Salka, Satta, Siyalon ki Basti in Jaisalmer District of Rajasthan. Phase 2 is of MW and is located in Villages; Bhakrani, Jassuwa, Chincha, Unda, Sumliayi, Sirwa & Modha Ganeshpura located in Jaisalmer District of Rajasthan. Phase 3 of is located in Villages; Devpara, Kamlapur, Kanesara, Lilapur, Parevala, Rajavadla Jam, Ramaliya, Baldoi, Barvada, Bakhalvad, Virnagar, Kamdapur, Lalpur, Halenda at Rajkot District in Gujarat and at villages Dhokadva, Pipaliya, Bhetsuda and Vadali of Surendranagar District in Gujarat. Total capacity of the phase is 50.4 MW. 4

5 The geo- coordinates and commissioning date of WEG under the project activity are provided in the Appendix Title and Reference of Methodology The methodology applied for the project is ACM 0002 of version 14.0 titled Grid-connected electricity generation from renewable sources ACM0002 draws upon the following tools which have been used in the VCS PD: a. Tool to calculate the emission factor for an electricity system (Version 04) b. Tool for demonstration and assessment of additionality (Version 7.0.0) 1.9 Other Programs Emission Trading Programs and Other Binding Limits: The project is not a part of any emission trading program. Other Forms of Environmental Credit: The project proponent hereby confirms that the project has not sought or received any other GHG related environmental credit. Participation under Other GHG Programs: The project has participated as CDM projects. The projects are in different phases which can be referred below; Phase 1 (Sipla): view.html (Project is still under CDM validation) Phase 2 (Bhakrani): w.html (Project is still under CDM validation) Phase 3 (Mahidad): Validation has initiated. However, PDD yet to be webhosted on UNFCCC website. Further, PP will claim the carbon credits from only one GHG programme which will ensure that there will be no double counting of emission reductions. 5

6 2 IMPLEMENTATION STATUS 2.1 Implementation Status of the Project Activity The Project Activity envisages implementation of a MW wind power project consisting of 242 Wind Electric Generators (WEGs) of individual capacity 0.8 MW in Rajasthan and Gujarat state of India by CLP Wind Farms (India) Private Limited. Out of the total capacity of MW, MW has been commissioned till date, rest one WEG is under development and shall be commissioned later. A comprehensive list of WEGs commissioning dates are provided under Appendix 1. The project has been under operation since commissioning without any major breakdowns. Though normal breakdowns due to O&M measures are continuously being worked upon by the dedicated O&M contractor for the projects WEGs. There has been no events that may have an impact on the GHG emissions or removals during the current monitoring period. Further, there are no changes to the project participant for the project activity during the monitoring period. 2.2 Deviations Methodology Deviations There has not been any methodology deviation during the aforesaid monitoring period (22-March to 31-August-2014) Project Description Deviations There has not been any project description deviation applied during the current monitoring period (22-March-2012 to 31-August-2014). 2.3 Grouped Project The project is not a grouped project. 6

7 3 DATA AND PARAMETERS 3.1 Data and Parameters Available at Validation Data / Parameter EF grid,om,y Data unit tco 2 /MWh Description Operating margin CO 2 emission factor of NEWNE Grid Source of data Central Electricity Authority:CO2 Emission Database CEA CO 2 Baseline database Version 09 ( Value applied: Justification of choice of data or description of measurement methods and procedures applied Purpose of the data Comments Calculated as per Tool to calculate the emission factor for an electricity system, version as 3-year generation weighted average using data for the years , , & The data are obtained from CO2 Baseline Database for Indian Power Sector version 9.0, published by the Central Electricity Authority, Ministry of Power, Government of India. Baseline Emission calculation This database is an official publication of Government of India for the purpose of baseline emission calculaion. It is based on most recent data available to the Central Electricity Authority and hence considered authentic. As the calculation of baseline emission has been done ex ante its value will be remain fixed for the entire crediting period. Data / Parameter EF grid,bm,y Data unit: tco 2 /MWh Description: Build margin CO2 emission factor of NEWNE grid Source of data: Central Electricity Authority:CO2 Emission Database CEA CO2 Baseline database Version 09 ( Value applied: Justification of choice of CEA has Calculated it as per Tool to calculate the emission factor data or description of for an electricity system, version for the year The measurement methods build margin is calculated in this database as the average and procedures applied: emissions intensity of the 20% most recent capacity additions in the grid based on net generation and option of ex ante calculation. Purpose of Data Baseline Emission calculation Comment: This database is an official publication of Government of India for the purpose of baseline emission calculation. It is based on most recent data available to the Central Electricity Authority and hence considered authentic. As the calculation of baseline emission has been done ex ante its value will remain fixed for the entire crediting period. 7

8 Data / Parameter EF grid,cm,y Data unit: tco 2 /MWh Description: Combined margin CO2 emission factor of NEWNE grid Source of data: Central Electricity Authority:CO2 Emission Database CEA CO2 Baseline database Version 09 ( Value applied: Justification of choice of data or description of measurement methods and procedures applied: Calculation based on 75% of OM and 25% of BM values approach as directed by Tool to calculate the emission factor for an electricity system, version Combined Margin Estimation for NEWNE Grid (tco 2 /MWh) Generation Weighted Average OM (EF grid, OM,y ) BM (EF grid, BM, y ) Combined Margin (EF grid,cm,y ) Purpose of Data Comment: Baseline Emission calculation This database is an official publication of Government of India for the purpose of CDM baseline. It is based on most recent data available to the Central Electricity Authority and hence considered authentic. As the calculation of baseline emission has been done ex ante its value will remain fixed for the entire crediting period. 3.2 Data and Parameters Monitored Data / Parameter Data unit Description Source of data Description of measurement methods and procedures to be applied EG BL,Sipla,y MWh Quantity of net electricity generation supplied by phase-1 (Sipla) site to the grid in year y Credit subdivision of Energy issued by the O&M contractor As the project WEGs in phase-1 (Sipla) in Rajasthan are connected to a common feeder (a common pool where project developers under this project activity and other project developers feed electricity), O&M contractor apportioned the electricity export and import data based on individual WEGs controller reading, summation of all controller reading of WEGs connected under the common feeder and joint meter reading (based on billing meter) and provide month wise Credit subdivision of Energy which contains electricity export, import and net export by the project WEGs under phase-1 (Sipla site). These values would be the main source to calculate the baseline emission by this project activity. As the controller reading of WEGs belongs to other project developers are confidential information, hence, O&M contractor is not disclosing the same. Thus summation of controller readings 8

9 Frequency of monitoring/recording Value applied: Monitoring equipment QA/QC procedures to be applied Purpose of data Calculation method Comment (including other project developer connected to the same feeder) is not available to the project proponent. On receipt of the Credit subdivision of Energy sheet, the project proponent raises the invoice for the electricity export to the grid and same would be cross checked with records of invoices. Continuous monitoring, hourly measurement and monthly recording Year Value (MWh) Energy meters of accuracy class 0.2s, the calibration table under section 3.4 mentions the details for meters and calibration dates. The energy meter reading are taken on monthly basis Energy meters will be calibrated once in a three year and faulty meters will be duly replaced immediately. List of calibration for the meters under the project are provided under section 3.4 below. All the energy meters are under the control of state utility and calibration/testing of energy meters is also under the jurisdiction of state utility. The Net electricity exported to the grid will be cross checked against the invoice raised by the PP towards the DISCOM The calibration details for the project are mentioned under section 3.4. Calculation of Baseline emissions O&M contractor apportioned the electricity export and import data based on individual WEGs controller reading, summation of all controller reading of WEGs connected under the common feeder and joint meter reading (based on billing meter) and provide month wise Credit subdivision of Energy which contains electricity export, import and net export by the project WEGs under phase-1 (Sipla site). The data will be archived both in electronic and paper format for crediting period + 2 years. Data / Parameter Data unit Description Source of data Description of EG BL,Bhakrani,y MWh Quantity of net electricity generation supplied by phase-2 (Bhakrani) site to the grid in year y Credit subdivision of Energy issued by the O&M contractor As the project WEGs in phase-2 (Bhakrani) in Rajasthan are connected to a common feeder (a common pool where project 9

10 measurement methods and procedures to be applied developers under this project activity and other project developers feed electricity), O&M contractor apportioned the electricity export and import data based on individual WEGs controller reading, summation of all controller reading of WEGs connected under the common feeder and joint meter reading (based on billing meter) and provide month wise Credit subdivision of Energy which contains electricity export, import and net export by the project WEGs under phase-1 (Sipla site). These values would be the main source to calculate the baseline emission by this project activity. As the controller reading of WEGs belongs to other project developers are confidential information, hence, O&M contractor is not disclosing the same. Thus summation of controller readings (including other project developer connected to the same feeder) is not available to the project proponent. On receipt of the Credit subdivision of Energy sheet, the project proponent raises the invoice for the electricity export to the grid and same would be cross checked with records of invoices. Frequency of monitoring/recording Continuous monitoring, hourly measurement and monthly recording Value applied: Year Value (MWh) Monitoring equipment Energy meters of accuracy class 0.2s QA/QC procedures to be applied Purpose of data Calculation method The energy meter reading are taken on monthly basis Energy meters will be calibrated once in a three year and faulty meters will be duly replaced immediately. List of calibration for the meters under the project are provided under section 3.4 below. All the energy meters are under the control of state utility and calibration/testing of energy meters is also under the jurisdiction of state utility. The Net electricity exported to the grid will be cross checked against the invoice raised by the PP towards the DISCOM The calibration details for the project are mentioned under section 3.4. Calculation of Baseline emissions O&M contractor apportioned the electricity export and import data based on individual WEGs controller reading, summation of all controller reading of WEGs connected under the common feeder 10

11 and joint meter reading (based on billing meter) and provide month wise Credit subdivision of Energy which contains electricity export, import and net export by the project WEGs under phase-1 (Bhakrani site). Comment The data will be archived both in electronic and paper format for crediting period + 2 years. Data / Parameter Data unit Description Source of data Description of measurement methods and procedures to be applied EG BL,Mahidad,y MWh Quantity of net electricity generation supplied by phase-3 (Mahidad) site to the grid in year y Certificate for share of electricity issued by SLDC (State Load Dispatch Center) The net electricity exported to the grid by phase-3 (Mahidad site) of the project activity WEGs will be ascertained by government agency GETCO (Gujarat Energy Transmission Corporation Limited) on the basis of ABT meter reading at substation(includes generation from project and non project WEGs) and meter readings at various transformer yard meters (near WEGs). On the basis of these meters readings, apportioning is carried out in order to estimate the net electricity generated by the project activity. Frequency of monitoring/recording Value applied: The net electricity generated by the project activity is taken directly from the share certificate issued by state utility (currently SLDC) on monthly basis. Continuous monitoring, hourly measurement and monthly recording Year Value (MWh) Monitoring equipment Tri vector energy meters of accuracy class 0.2s QA/QC procedures to be applied Net electricity supplied to the grid by the project activity will be cross checked with invoices submitted to DISCOM or State nodal agency. Purpose of data Calculation method The energy meter at the substation is of 0.2s accuracy class and is maintained by GETCO (Gujarat Energy Transmission Corporation Limited). Calculation of Baseline emissions Net electricity to the grid is calculated based on JMR readings and the meter readings at switch yard and apportioning is carried out by 11

12 Comment GETCO and a certificate of share of electricity is issued. This certificate of share of electricity provides net electricity supplied by WEGs of project activity and this forms basis of emission reduction calculations. The apportioning is not under the control of PP and nor the data of apportioning is shared with PP. Further, JMRs are also not available to the PP. GETCO is doing the apportioning of the electricity for all the WEGs and connected to the common feeder. PP is only receiving the share certificate of electricity from GETGO and same is also available on website of GETCO ( and same is used of the emission reduction calculation. The data will be archived both in electronic and paper format for crediting period + 2 years. 3.3 Monitoring Plan Wind World India Limited (WWIL) is O&M contractor for the project activity. WWIL will be responsible for the maintaining all the monitoring data on behalf of state utility in respect of the project activity. WWIL has implemented the management structure for managing the monitored data. This approved monitoring methodology requires monitoring of the following: Net electricity supplied from the project activity. While Emission factor of the project activity is fixed ex ante hence no further monitoring of this parameter is required. As per ACM0002 leakage need not be considered hence leakage has not been considered for the project activity. Hence, the sole parameter for monitoring is the net electricity supplied by the project activity to the grid. The Project activity is operated by WWIL (O&M contractor for the project activity) and managed by the PP. The operational and maintenance contract for the project activity is with WWIL, which is an ISO 9001 certified company. WWIL follows the documentation practices to ensure the reliability and availability of the data for all the activities as required from the identification of the site, wind resource assessment, logistics, finance, construction, commissioning and operation of the wind power project. As the WEGs under this project activity is located in Rajasthan (Phase-1 and Phase-2) and Gujarat (Phase-3), thus, monitoring of the project are described follows: Monitoring Procedure for Rajasthan Site: WEG installed under this project activity is connected to a common feeder. A particular feeder may comprise of WEGs belonging to owners other than PP but belonging to the same O&M service provider. At the respective District Vidyut Vitran Nigam Ltd sub-station, the total export & import to this feeder is monitored using the main meter & the backup meter, which are electronic tri-vector meters. The total export at this meter is generally arrived at by multiplying the monthly meter reading to the multiplying factor of the meter concerned. The monthly meter reading is 12

13 arrived at as the difference between the current meter reading and the previous meter reading. The period between these two readings is usually a period of 30 days which may vary. In a similar fashion, total import at this meter is also calculated. Additionally, O&M contractors are monitoring electricity generation by each WEG at the WEG controller by their Central Monitoring System. With the help of WEG controller readings and JMR reading O&M contractor calculates the electricity export by each WEG (by apportioning procedure) and generate the Credit subdivision of Energy. Based on the Credit subdivision of Energy, all the project investors raise the invoice for the electricity export to the grid. The allocation of electricity or apportion procedure is executed as per the following procedure: Sample calculation of the net export of electricity from project activity: Time duration for calculation = 30 days X Y R = Electricity generation at controller of the WEG for 30 days in MWh = Electricity generation at by all WEG attached to the common feeder in MWh = % allocation for each of the WEG on the common feeder = X*100% / Y E I = Electricity supplied by the common feeder to the grid monitored at main meter in MWh = Electricity imported by the common feeder from the grid monitored at main meter in MWh Thus, Apportioned electricity exported by the each WEG Apportioned electricity imported by the each WEG Net electricity generation = R% * E in MWh = R% * I in MWh = EG BLy = (R% * E) (R% * I) in MWh Baseline emission = EG BL,y * EF CM,y tco 2 Based on the above procedure, O&M contractor apportioned the electricity export and import and PP received the Credit subdivision of Energy (consists of electricity exported and imported by the PP). This document will be the main source of information for the emission reduction calculation. As the controller reading of WEGs belongs to other project developers are confidential information, hence, O&M contractor is not disclosing the same. Thus controller readings of other project developer connected to the same feeder are not available to the project proponent. Upon receipt of these reports, PP generates invoices on sale of electricity and sends to respective District Vidyut Vitran Nigam Ltd. Thereafter respective District Vidyut Vitran Nigam Ltd makes payments against the invoices. Monitoring Procedure for Gujarat (Mahidad) Site: The net electricity exported to the grid by project activity WEGs will be ascertained by government agency, GETCO on the basis of substation meter reading (includes generation from project and non project WEGs) and meter readings at various transformer yard meters (near each WEG) based upon an apportioning method. The ABT meters installed at the sub-stations continuously monitor the electricity generated. Continuous monitoring, hourly measurement and monthly recording is carried out. 13

14 Apportioning of net electricity supplied to grid by WEGs of project activity is being carried out by GETCO. Apportioning is being carried out based on reading of meters at substation and yard meter at each WEG. Apportioning is not under the control of PP and data is not shared with PP. State Load Dispatch Centre (SLDC) ( issues certificate of share of electricity generated which provide net electricity exported to grid by WEGs of PP only and this forms basis of emission reduction calculations. The net electricity supplied by the project activity is taken directly from the certificate of share issued on monthly basis. If the crediting period starts from the middle of the month, since it would not be possible to determine the amount of energy generated from then on, following a conservative approach, the project participant would not be availing credits for that particular month; the same approach would be followed for the last monitoring period as well. The apportionment procedure for the project activity is done by State Utility based on the meter readings of the various yard meters of various project owners connected to substation and substation meter reading (ABT meter), connecting all the machines of the project activity and other project developers. PP does not have any role in the apportionment procedure. The reading at yard meter and substation meter are directly monitored on continuous basis. Hence, the apportioning of the electricity is based on the meter reading that are directly monitored and measured. The meter recording at yard meters of the project activity are done on monthly basis by the O & M personnel. EG y = EG Export,y - EG Import,y Where: EG Export,y = EG SS, Export X (EG yard,y / EG yard, Project & Non project WEGs ) And EG Import,y = EG SS, Import X (EG yard,y / EG yard, Project & Non project WEGs ) where: EG y EG Export,y EG Import,y EG SS, Export EG SS, Import EG yard,y EG yard, Project & Non project WEGs Net Electricity exported by the project activity to the grid (calculated) Electricity exported by the project activity to the grid (calculated) Electricity imported by the project activity to the grid (calculated) Electricity exported by all WEGs connected to the substation (project activity WEGs and non-project activity WEGs), as recorded by the ABT meter at substation (MWh) Electricity imported by all WEGs connected to the substation (project activity WEGs and non-project activity WEGs), as recorded by the ABT meter at substation (MWh) Net electricity exported by WEG of the project activity, as measured at yard meters (MWh) Net electricity exported by all WEG of the project owners connected to the substation (MWh) measured at switchyard meters. The values of the net electricity supplied to grid by project activity can be cross checked with invoices raised by the PP to DISCOM. Training and maintenance requirements: 14

15 Training on the machine is an essential pre-requisite, to ensure necessary safety of man and machine. Further, in order to maximize the output from the Wind Energy Generators (WEGs), it is extremely essential, that the engineers and technicians understand the machines and keep them in good health. In order to ensure that WWIL s service staffs is deft at handling technical snags on top of the turbine, the necessity of ensuring that they are capable of climbing the tower with absolute ease and comfort has been established. The WWIL Training Academy provides needbased training to meet the training requirements of WWIL projects. The training is contemporary, which results in imparting focused knowledge leading to value addition to the attitude and skills of all trainees. This ultimately leads to creativity in problem solving. Monitoring roles and responsibilities The operational and management structure implemented for data monitoring is as follows: The Project activity is operated by WWIL (O&M contractor for the project activity) and managed by the PP. The operational and maintenance contract for the project activity is with WWIL, which is an ISO 9001 certified company. WWIL follows the documentation practices to ensure the reliability and availability of the data for all the activities as required from the identification of the site, wind resource assessment, logistics, finance, construction, commissioning and operation of the wind power project. The data for the project is compiled by the O&M Contractor and subsequently stored by the PP, the data flows as per the below mentioned flow chart starting from Site O&M team which monitors day to day operational data and monthly recording. The roles and responsibilities for the project are described as below; VP - Operations Renewables - CLPWFPL Asset Manager - CLPWFPL Site-in-Charge - WWIL Site O&M Team WWIL 15

16 Calibration Details for the project activity are mentioned below; A) Sipla Location: MONITORING REPORT: VCS Version 3 Sl. No. Meter Identification No Meter Make Accuracy Class Calibration Date Calibration Validity Date L&T 0.2s (Main Meter) 04/03/ /03/ /12/ /12/ /12/ /12/ (Main Meter) L&T 0.2s 29/08/ /08/ /03/ /03/ (Check Meter) 2 L&T 0.2s 26/12/ /12/ /12/ /12/ (Main Meter) L&T 0.2s 29/08/ /08/2016 B) Mahidad Locaton: Sl. No Meter Identification No GJ (Main Meter, Line-1) GJ (Main Meter, Line-2) GJ-2359-A 3 (Check Meter, Line- 1) GJ-1934-A (Check Meter, Line- 1) GJ-2360-A (Check Meter, Line- 2) Meter Make Accuracy Class Calibration Date Calibration Validity Date Secure 0.2s 01/02/ /01/2016 Secure 0.2s 01/02/ /01/2016 L&T 0.2s 27/02/ /02/2016 L&T 0.2s 27/02/ /02/2016 L&T 0.2s 27/02/ /02/2016 C) Bhakrani Location: 1 Main Meter was changed in January Main Meter was changed in January Main Meter was changed and GJ-1934-A is operational from 05/12/

17 Sl. No. Meter Identification No Meter Make Accuracy Class Calibration Date Calibration Validity Date 20/03/ /03/ (Main Meter) L&T 0.2s 26/12/ /12/ /12/ /12/ /03/ /03/ (Check Meter) L&T 0.2s 26/12/ /12/ /12/ /12/ QUANTIFICATION OF GHG EMISSION REDUCTIONS AND REMOVALS 4.1 Baseline Emissions As per para 38 of ACM0002 version 14.0, Baseline emissions include only CO 2 emissions from electricity generation in fossil fuel fired power plants that are displaced due to the project activity. The methodology assumes that all project electricity generation above baseline levels would have been generated by existing grid-connected power plants and the addition of new grid-connected power plants. The baseline emissions are to be calculated as follows: BEy = EG PJ,y * EF grid,cm,y Where: BEy = Baseline emissions in year y (tco2) EG PJ,y = Quantity of net electricity generation that is produced and fed into the grid as a result of the implementation of the VCS project activity in year y (MWh/yr) EF grid,cm,y = Combined margin CO2 emission factor for grid connected power generation in year y calculated using the latest version of the Tool to calculate the emission factor for an electricity system (tco2/mwh) Baseline Emissions As per the equation 6 of the methodology ACM 0002 (Version 14.0), BE y = EG PJ, y * EF grid, CM, y (1) Where: BE y : Baseline emissions in year y (tco 2 e/yr) 17

18 EG PJ, y : EF grid, CM, y: Quantity of net electricity generation that is produced and fed into the grid as a result of the implementation of the CDM project activity in year y (MWh/yr) Combined margin CO 2 emission factor for grid connected power generation in year y calculated using the latest version of the Tool to calculate the emission factor for an electricity system (tco 2 e/mwh) Thus, BE y = EG PJ, y * EF grid, CM, y Month Net Electricity Export from Sipla Site (MWh) Net Electricity Export from Bhakrani Site (MWh) Net Electricity Export from Mahidad Site (MWh) Total Net Electricity Export by the Project (MWh) March-2012 (From to ) April May June , , July , , August September October November December , , , January , , , February , , , March , , , April , , , May , , , June , , , July , , , August , , , September , , , October , , , November , , , , December , , , , January , , , , February , , , , March , , , , April , , , , May , , , , June , , , , July , , , ,

19 Month Net Electricity Export from Sipla Site (MWh) Net Electricity Export from Bhakrani Site (MWh) Net Electricity Export from Mahidad Site (MWh) Total Net Electricity Export by the Project (MWh) August , , , , Total 116, , , , Year Net Export (MWh) Baseline Emission Factor (tco2/mwh) Total (tco2e) , , , , , ,651 Total 404, , Project Emissions The project activity involves in harnessing wind power. So the emissions from the project are zero. 4.3 Leakage No leakage emissions have been considered and hence the leakage emission is zero. 4.4 Net GHG Emission Reductions and Removals As per equation number (11) of the applied methodology, emission reductions are calculated as follows: ER y = BE y PE y (7) Where: ER y BE y PE y Emission reductions in year y (tco 2 e/yr) Baseline emissions in year y (tco 2 e/yr) Project emissions in year y (tco 2 e/yr) 19

20 Year Baseline emissions or removals (tco 2 e) MONITORING REPORT: VCS Version 3 Project emissions or removals (tco 2 e) Leakage emissions (tco 2 e) Net GHG emission reductions or removals (tco 2 e) , , , , , ,651 Total 394, ,180 Estimated emission reductions are provided separately for each site in the registered ER sheet and estimated emission reductions for this monitoring period has been calculated considering number of days each site was operating. The revised estimated emission reduction works out to be 620,300 tco2e and emission reductions achieved during this monitoring period are 36% less than the estimated emission reduction as per registered VCS-PD. Details are listed below: Location/Site Name Estimated Annual Emission Reductions as per Registered ER Sheet (tco2e) No. of days Operating in This Monitoring Period Corresponding Emission Reductions in this Monitoring Period (tco2e) Sipla 68, ,715 Bhakrani 198, ,403 Mahidad 99, ,183 Total 365, ,300 Year Actual Emission Reduction Emission Reduction as per Registered PD Difference From 22/03/2012 to 31/08/2014 3,94,180 6,20,300-36% 20

21 APPENDIX 1: COMMISSIONING DETAILS FOR THE PROJECT ACTIVITY Sipla Site: Sr. No. Loc. No. Longitude Geo Cordinates Latitude Commissioning Dates ' 11" 70 47' 16" 22-Mar ' 2" 70 47' 29" 22-Mar ' 41" 70 47' 33" 22-Mar ' 48" 70 47' 29" 22-Mar ' 58" 70 46' 40" 2-Dec ' 2" 70 46' 39" 22-Mar ' 8" 70 35' 27" 2-Dec ' 10" 70 35' 8" 2-Dec ' 15" 70 34' 57" 2-Dec ' 21" 70 34' 51" 2-Dec ' 44" 70 34' 57" 2-Dec ' 34" 70 34' 34" 2-Dec ' 35" 70 34' 23" 2-Dec ' 2" 70 35' 3" 31-Mar ' 28" 70 32' 9" 31-Mar ' 13" 70 31' 59" 31-Mar ' 14" 70 31' 44" 31-Mar ' 46" 70 31' 20" 31-Mar ' 36" 70 30' 49" 31-Mar ' 51" 70 31' 4" 31-Mar ' 52" 70 31' 15" 31-Mar ' 24" 70 31' 8" 31-Mar ' 46" 70 31' 25" 31-Mar ' 58" 70 31' 34" 31-Mar ' 54" 70 31' 55" 31-Mar ' 25" 70 30' 22" 31-Mar ' 17" 70 30' 30" 31-Mar ' 11" 70 30' 36" 31-Mar ' 8" 70 30' 45" 31-Mar ' 2" 70 30' 50" 31-Mar ' 8" 70 34' 54" 31-Mar ' 17" 70 34' 48" 31-Mar ' 34" 70 34' 32" 31-Mar-13 21

22 Sr. No. Loc. No. Longitude Geo Cordinates Latitude Commissioning Dates ' 25" 70 31' 40" 31-Mar ' 37" 70 31' 25" 31-Mar ' 31" 70 31' 3" 31-Mar ' 35" 70 30' 55" 31-Mar ' 56" 70 38' 44" 2-Dec ' 4" 70 38' 39" 2-Dec ' 7" 70 37' 39" 2-Dec ' 11" 70 38' 42" 2-Dec ' 4" 70 38' 57" 2-Dec ' 55" 70 38' 58" 2-Dec ' 39" 70 38' 55" 2-Dec ' 22" 70 38' 53" 2-Dec ' 38" 70 39' 16" 2-Dec ' 39" 70 39' 31" 2-Dec ' 53" 70 38' 30" 2-Dec ' 0" 70 36' 21" 2-Dec ' 14" 70 36' 26" 2-Dec ' 14" 70 36' 9" 2-Dec-12 Bhakrani Site: Sr. No. Turbine ID Latitude, North Geo Coordinates Longitude, East Commissioning Dates ' 9" 71 6' 18" 21-Feb ' 10" 71 6' 5" 21-Feb ' 9" 71 5' 50" 21-Feb ' 19" 71 5' 33" 21-Feb ' 23" 71 5' 54" 21-Feb ' 18" 71 6' 3" 21- Feb ' 29" 71 6' 16" 21-Feb

23 Sr. No. Turbine ID Latitude, North Geo Coordinates Longitude, East Commissioning Dates ' 33" 71 6' 6" 21-Feb ' 38" 71 5' 54" 21-Feb ' 55" 71 5' 43" 21-Feb ' 0" 71 5' 59" 21-Feb ' 25" 71 5' 53" 25-Jan ' 41" 71 6' 15" 25-Jan ' 21" 71 7' 10" 25-Jan ' 53" 71 6' 52" 9-Mar ' 44" 71 7' 24" 25-Jan ' 31" 71 7' 23" 25-Jan ' 27" 71 7' 31" 25-Jan ' 59" 71 7' 43" 25-Jan ' 54" 71 9' 23" 25-Jan ' 0" 71 9' 19" 25-Jan ' 29" 71 9' 38" 25-Jan ' 38" 71 9' 20" 25-Jan ' 44" 71 9' 10" 25-Jan ' 54" 71 8' 44" 25-Jan ' 13" 71 8' 29" 25-Jan ' 25" 71 8' 31" 25-Jan ' 29" 71 8' 25" 25-Jan ' 41" 71 8' 36" 25-Jan ' 50" 71 8' 32" 25-Jan ' 56" 71 8' 27" 25-Jan ' 55" 71 8' 17" 25-Jan

24 Sr. No. Turbine ID Latitude, North Geo Coordinates Longitude, East Commissioning Dates ' 4" 71 8' 11" 25-Jan ' 8" 71 7' 54" 25-Jan ' 15" 71 7' 48" 25-Jan ' 22" 71 7' 42" 25-Jan ' 58" 71 8' 5" 10-Mar ' 54" 71 8' 24" 10-Mar ' 52" 71 8' 40" 10-Mar ' 14" 71 9' 12" 10-Mar ' 12" 71 9' 20" 10-Mar ' 38" 71 9' 5" 10-Mar ' 46" 71 9' 52" 10-Mar ' 44" 71 10' 26" 10-Mar ' 25" 71 10' 36" 10-Mar ' 34" 71 8' 13" 9-Mar ' 31" 71 8' 24" 9-Mar ' 3" 71 6' 47" 9-Mar ' 16" 71 7' 21" 9-Mar ' 7" 71 7' 35" 9-Mar ' 0" 71 7' 24" 9-Mar ' 4" 71 7' 52" 9-Mar ' 3" 71 8' 9" 9-Mar ' 18" 71 7' 25" 25-Jan ' 15" 71 7' 33" 9-Mar ' 15" 71 7' 41" 9-Mar ' 4" 71 7' 54" 9-Mar

25 Sr. No. Turbine ID Latitude, North Geo Coordinates Longitude, East Commissioning Dates ' 58" 71 7' 11" 26-Oct ' 41" 71 8' 12" 9-Mar ' 25" 71 8' 12" 9-Mar ' 20" 71 7' 60" 9-Mar ' 35" 71 7' 58" 9-Mar ' 35" 71 7' 46" 10-Mar ' 11" 71 6' 51" 9-Mar ' 1" 71 6' 29" 26-Oct ' 23" 71 5' 57" 26-Oct ' 50" 71 5' 52" 26-Oct ' 55" 71 5' 45" 26-Oct ' 2" 71 5' 32" 26-Oct ' 2" 71 5' 24" 26-Oct ' 5" 71 5' 46" 26-Oct ' 42" 71 5' 46" 26-Oct ' 37" 71 6' 12" 26-Oct ' 4" 71 5' 23" 10-Mar ' 7" 71 5' 5" 10-Mar ' 25" 71 4' 21" 10-Mar ' 23" 71 4' 55" 10-Mar ' 39" 71 4' 26" 27-Oct ' 5" 71 4' 21" 27-Oct ' 8" 71 4' 34" 27-Oct ' 7" 71 3' 14" 26-Oct ' 15" 71 3' 11" 26-Oct

26 Sr. No. Turbine ID Latitude, North Geo Coordinates Longitude, East Commissioning Dates ' 26" 71 3' 10" 26-Oct ' 27" 71 2' 60" 26-Oct ' 15" 71 3' 24" 26-Oct ' 57" 71 4' 3" 26-Oct ' 18" 71 4' 27" 26-Oct ' 4" 71 4' 26" 26-Oct ' 59" 71 4' 40" 26-Oct ' 35" 71 5' 7" 26-Oct ' 34" 71 5' 17" 26-Oct ' 57" 71 5' 5" 26-Oct ' 13" 71 4' 42" 26-Oct ' 55" 71 5' 25" 21-Feb ' 44" 71 5' 58" 26-Oct ' 4" 71 7' 13" Not yet commissioned ' 23" 71 0' 12" 31-Mar ' 13" 71 0' 10" 31-Mar ' 6" 71 0' 14" 31-Mar ' 2" 70 59' 59" 31-Mar ' 34" 71 0' 38" 31-Mar ' 40" 71 0' 21" 31-Mar ' 34" 71 0' 26" 31-Mar ' 28" 71 0' 42" 31-Mar ' 27" 71 0' 52" 31-Mar ' 23" 71 1' 1" 31-Mar ' 15" 71 0' 39" 31-Mar

27 Sr. No. Turbine ID Latitude, North Geo Coordinates Longitude, East Commissioning Dates ' 10" 71 0' 22" 31-Mar ' 7" 71 0' 8" 31-Mar ' 17" 71 0' 3" 31-Mar ' 1" 71 0' 21" 31-Mar ' 47" 71 0' 14" 31-Mar ' 45" 71 0' 28" 31-Mar ' 33" 71 0' 24" 31-Mar ' 24" 71 0' 26" 31-Mar ' 30" 71 0' 9" 31-Mar ' 22" 71 0' 11" 31-Mar ' 35" 71 0' 39" 31-Mar ' 57" 71 0' 53" 31-Mar ' 14" 71 1' 5" 31-Mar ' 2" 71 1' 27" 31-Mar ' 27" 71 1' 16" 31-Mar ' 33" 71 1' 7" 31-Mar ' 39" 71 1' 21" 31-Mar ' 45" 71 1' 16" 31-Mar ' 26" 71 14' 6" 30-Sept ' 4" 71 13' 54" 30-Sept ' 7" 71 13' 46" 30-Sept

28 Mahidad Site: Sr. No. WEG ID Latitude, North Degree Longitude, East Commissioning Dates 1 EIL/800/12-13/ ' 55" 71 15' 52" 2-Nov-13 2 EIL/800/12-13/ ' 4" 71 15' 40" 2-Nov-13 3 EIL/800/12-13/ ' 44" 71 15' 10" 2-Nov-13 4 EIL/800/12-13/ ' 58" 71 14' 12" 2-Nov-13 5 EIL/800/12-13/ ' 18" 71 13' 46" 2-Nov-13 6 EIL/800/12-13/ ' 46" 71 14' 18" 2-Nov-13 7 EIL/800/12-13/ ' 58" 71 15' 3" 2-Nov-13 8 EIL/800/12-13/ ' 2" 71 14' 51" 2-Nov-13 9 EIL/800/12-13/ ' 25" 71 12' 14" 28-Nov EIL/800/12-13/ ' 7" 71 11' 46" 28-Nov EIL/800/12-13/ ' 2" 71 11' 26" 28-Nov EIL/800/12-13/ ' 9" 71 11' 19" 16-Dec EIL/800/12-13/ ' 15" 71 13' 56" 19-Oct EIL/800/12-13/ ' 25" 71 14' 53" 2-Nov EIL/800/12-13/ ' 7" 71 13' 53" 15-Oct EIL/800/12-13/ ' 16" 71 13' 52" 15-Oct EIL/800/12-13/ ' 24" 71 13' 48" 15-Oct EIL/800/12-13/ ' 36" 71 13' 43" 15-Oct EIL/800/12-13/ ' 45" 71 13' 43" 19-Oct EIL/800/12-13/ ' 50" 71 13' 21" 15-Oct EIL/800/12-13/ ' 59" 71 13' 16" 15-Oct EIL/800/12-13/ ' 0" 71 13' 42" 15-Oct EIL/800/12-13/ ' 48" 71 6' 59" 2-Dec EIL/800/12-13/ ' 49" 71 7' 14" 30-Nov EIL/800/12-13/ ' 3" 71 10' 32" 28-Nov-13 28

29 Sr. No. WEG ID Latitude, North Degree Longitude, East Commissioning Dates 26 EIL/800/12-13/ ' 39" 71 7' 52" 23-Dec EIL/800/12-13/ ' 52" 71 7' 54" 16-Dec EIL/800/12-13/ ' 6" 71 7' 24" 16-Dec EIL/800/12-13/ ' 45" 71 7' 9" 1-Feb EIL/800/12-13/ ' 36" 71 7' 11" 1-Feb EIL/800/12-13/ ' 18" 71 6' 39" 1-Feb EIL/800/12-13/ ' 28" 71 6' 12" 1-Feb EIL/800/12-13/ ' 43" 71 4' 18" 4-Jan EIL/800/12-13/ ' 6" 71 3' 12" 4-Jan WWIL/800/13-14/ ' 29" 71 2' 53" 4-Mar EIL/800/12-13/ ' 49" 71 3' 39" 4-Jan WWIL/800/13-14/ ' 9" 71 3' 44" 4-Mar WWIL/800/13-14/ ' 10" 71 13' 54" 4-Mar EIL/800/12-13/ ' 5" 71 13' 42" 19-Oct EIL/800/12-13/ ' 31" 71 13' 55" 19-Oct EIL/800/12-13/ ' 2" 71 6' 35" 2-Dec EIL/800/12-13/ ' 5" 71 5' 54" 1-Feb EIL/800/12-13/ ' 56" 71 6' 19" 30-Nov EIL/800/12-13/ ' 47" 71 6' 24" 30-Nov EIL/800/12-13/ ' 3" 71 13' 1" 15-Oct EIL/800/12-13/ ' 46" 71 12' 48" 15-Oct EIL/800/12-13/ ' 56" 71 12' 38" 15-Oct EIL/800/12-13/ ' 58" 71 3' 32" 4-Jan WWIL/800/12-13/ ' 53" 71 11' 48" 28-Nov WWIL/800/12-13/ ' 48" 71 15' 33" 14-Nov WWIL/800/12-13/ ' 53" 71 14' 33" 14-Nov-13 29

30 Sr. No. WEG ID Latitude, North Degree Longitude, East Commissioning Dates 52 WWIL/800/12-13/ ' 26" 71 13' 36" 30-Nov EIL/800/12-13/ ' 40" 71 8' 32" 13-Dec WWIL/800/12-13/ ' 59" 71 13' 54" 14-Nov EIL/800/12-13/ ' 57" 71 11' 37" 24-Jan EIL/800/12-13/ ' 14" 71 11' 42" 24-Jan EIL/800/12-13/ ' 33" 71 11' 8" 13-Feb EIL/800/12-13/ ' 4" 71 10' 44" 31-Jan EIL/800/12-13/ ' 11" 71 11' 39" 13-Feb EIL/800/12-13/ ' 42" 71 10' 17" 24-Jan EIL/800/12-13/ ' 55" 71 7' 18" 24-Jan EIL/800/12-13/ ' 27" 71 9' 46" 13-Feb EIL/800/12-13/ ' 42" 71 9' 40" 13-Feb-14 30