GS-VER MONITORING REPORT Sayalar Wind Farm Project Turkey page 1 / 16

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1 page 1 / 16 GOLD STANDRAD VOLUNTARY EMISSIN REDUCTION 5 TH PERIODIC MONITORING REPORT Version 02 on SAYALAR Wind Farm Project - Turkey Gold Standard Project ID: GS369 Monitoring Period 01/04/ /02/2013 (first and last days included) CONTENTS A. General description of the project activity A.1. Brief description of the project activity A.2. Project participants A.3. Location of the project activity A.4. description of the project A.5. Title, reference and version of the baseline and monitoring methodology applied to the project activity A.6. Registration date of the project activity A.7. Crediting period of the project activity and related information A.8. Name of responsible person(s)/entity(ies) B. Implementation of the project activity B.1. Implementation status of the project activity B.2. Revision of the monitoring plan B.3. Request for deviation applied to this monitoring period B.4. Notification or request of approval of changes C. Description of the monitoring system D. Data and parameters monitored D.1. Data and parameters used to calculate baseline emissions D.2. Data and parameters used to calculate project emissions D.3. Data and parameters used to calculate leakage emissions D.4. Other relevant data and parameters E. Emission reductions calculation E.1. Baseline emissions calculation E.2. Project emissions calculation E.3. Leakage calculation E.4. Emission reductions calculation E.5. Comparison of actual emission reductions with estimates in the registered CDM-PDD E.6. Remarks on difference from estimated value F. Gold Standard Sustainable Development Indicators G. Open Issues from previous Verification

2 page 2 / 16 SECTION A. General description of the project activity A.1. Brief description of the project activity: The Sayalar project activity comprises the operation of a 34.2 MW onshore wind farm in the Agean Region Manisa Akhisar Province in Turkey. The generated electricity is delivered to the national grid. The project consists of 38 turbines with an installed capacity of 900 kw each. The project helps reduce GHG emissions generated from the national grid, which is significantly based on fossil fuel electricity generation. The project installation is finished according to the description in the PDD and completely operational. Relevant dates for the project activity are as followed: Table 1 Major milestones of the project activity Date Milestone 24/09/2007 Start of construction 08/10/2007 Validation of project activity 01/11/2007 Registration of project activity 06/06/2008 First day of full operation and first monitoring period 31/03/2009 End of first monitoring period 10/08/2009 Amendment to the generation license (capacity revised as 34.2 MW) 01/04/2009 Second monitoring period 28/02/ /04/2010 Amendment to the Generation License (capacity revised as 54.2 MW) 01/03/2010 Third monitoring period 28/02/ /03/2011 Fourth monitoring period 31/03/ /04/2012 Fifth monitoring period - 28/02/2013 During this monitoring period from 01/04/ /02/2013, the total emission reduction achieved is tco 2 -eq. A.2. Project Participants Name of Party Involved Turkey (Host Country) Private and/or public entity(ies) project participants Demirer Enerji Üretim San. Ve Tic. A.Ş. Polat Enerji San. Ve Tic. A.Ş. Kindly indicate if the Party involved wishes to be considered as project participant (Yes/No) No Demirer Enerji Üretim A.Ș. and Polat Enerji A.Ș. are both 50% shareholder of Doğal Enerji Üretim A.Ș. the operating company of the project activity.

3 page 3 / 16 A.3. Location of the project activity: Sayalar Wind Farm Project is located in Aegian Region of Turkey, Manisa Province, Akhisar Disctrict near Dere Mahallesi Village. The geographical coordinates of Sayalar Wind Farm are East and North. A.4. description of the project The project involves electricity generation from 38 units of type E44 with an installed capacity of 900kW reaching to 34.2 MW total installed capacity. The installed turbines are direct drive turbines manufactured by GmbH. Table 2 details of installed turbines Model of Turbine Rated Power [kw] Number of blades Rotor diameter [m] Rotor swept area [m 2 ] E , Hub height [m]

4 page 4 / 16 Sayalar Wind Farm 34.2 MW Capacity (38 Wind Turbines) TEIAS Electricity Meter Transformer Station Electricity System A.5. Title, reference and version of the baseline and monitoring methodology applied to the project activity: - Approved baseline methodology ACM0002 Consolidated baseline methodology for grid connected electricity generation from renewable sources, version 6, 19 May Tool for the demonstration and assessment of additionality version 02, EB16 For more information regarding methodologies please refer to The project activity was also developed and registered as a Gold Standard VER project. The following Gold Standard rules are applicable to the project activity: GS-VER Project Developers Manual (also referred as GS v1 documents) For more information regarding Gold Standard please refer to A.6. Registration date of the project activity: The project was registered on 01/11/2007 under the Gold Standard registry with the registration number GS 369.

5 page 5 / 16 A.7. Crediting period of the project activity and related information (start date and choice of crediting period): The project was validated on 08/10/2007 with a renewable crediting period. The first crediting period is from 06/06/2008 to 31/12/2014. A.8. Name of responsible person(s)/entity(ies): Name of the person/entity completing the monitoring report: Mrs. Çağla Balcı Eriş Rüzgar Danışmanlık Göztepe Mah. Avcı Sok. Nursaray Apt. B Blok N:1 D:22 Kadıköy / Istanbul, TURKEY Phone: cagla@ruzgardanismanlik.net Rüzgar Danışmanlık is the carbon consultant for the project activity. SECTION B. Implementation of the project activity B.1. Implementation status of the project activity The commissioning date of the project activity was 06/06/2008. The project activity consists of only one site with no phased implementation. There were no special events or any emergency reported for the project during the monitoring period between 01/04/ /02/2013. Furthermore, there were no temporary deviations applied and corrections to project information or parameters during this monitoring period. Changes since last verification: Changes in employment During the 5th monitoring period, the following changes have been occurred in organisational structure of Sayalar Wind Farm: Joined the team Mehmet İçelgüç Resigned from his/her duties Şerafettin Kuşlar B.2. Revision of the monitoring plan No revisions to the registered monitoring plan are required. B.3. Request for deviation applied to this monitoring period There are no requests for deviation applied to this monitoring period. B.4. Notification or request of approval of changes No notification or request of approval of changes has been made.

6 page 6 / 16 SECTION C. Description of the monitoring system C.1 Data processing and archiving: Data handling was carried out according to the description in the PDD. Both TEİAŞ and project responsible perform data readings on the first day of the month. TEIAŞ will read the values at 00:00 on the first day of each month and a meter reading protocol will be also submitted to TEİAŞ for reciprocal affirmance. The results of the readings were saved electronically and made available by TEİAŞ via a website. Invoicing is based according to the data published on the website. The project participants also archived a hardcopy of meter reading protocols, scanned them and stored them. The collected data will be kept by Project Participants during the crediting period and stored at least two years after the issuance of VER credits. C.2 Special event log: There were no special events during the fifth monitoring period. C.3 Roles and responsibilities: For Project Participants Mr. Şevket Adıgüzel is the plant manager responsible for monitoring issues within the project. Sayalar Wind Farm / Organization Chart Wind Farm Responsible Engineer Electrical Engineer / Şevket Adıgüzel Operator of HV Switchgear Centre Security Murat Çelebi Eray Önlü İbrahim Selçuk İbrahim Özkara Kadir Demiröz Fuat Üstün Günay Kaya Gürkan Tüfekçioğlu Mehmet İçelgüç Tamer Şen İsmail Aktaş Mehmet Daldal İdris Yıldırım

7 page 7 / 16 C.4 Trainings: Management of training procedures is decentralized. In general the training topics could be summarized as followed: i) First Aid Training: This training covers generally the basic knowledge and skills to be applied to sick and injured people. The training is given by Kızılay (Turkish Red Crescent) in accordance with European Red Cross and Red Crescent Guidelines on First Aid. ii) High Voltage Training: The project participants have assigned a third party consultant (electrical engineer) on High Voltage related topics for the trainings. The frequency and the timing of these trainings are defined by Mr. Burak Derinpınar (Electrical Engineer) based on the availability of the staff. The scope of the training mostly covers protection / evaluation and assessment of indicators received during a fault scenario and / Project Scheme Readings for Wind Energy Power Plants connected to a interconnected systems at 154/24 kv Substations. This training is only given to operator technicians working on High Voltage Substations. iii) Safety Trainings: Trainings on occupational, which is provided by Mr. Faruk Ecevit (Health and Safety Officer). iv) Trainings: SQA Department of GmbH Dispatch is the only responsible body that is able to give technical trainings on equipment. SQA Department has adopted a regional approach and has planned their training services based on the regions. These trainings are only oriented for s. C.5 Internal audits and control measures The internal control procedures maintain the reliability and accuracy in the data transfer and calculations. The plant personal records the data on regular basis from both meters and compares the values for consistency. The responsible engineer performs regular checks of this procedure at the first day of the month and controls the monthly data of main and second meters. If any difference occurs between the two meters, TEİAŞ has to be informed for the necessary maintenance and calibration. Reliability and accuracy of monthly values is reached by comparative readings both from the project participant and TEİAŞ, where high accuracy is guaranteed and needed by the requirements of billing purposes. C.6 Troubleshooting procedures: As the measuring devices are sealed by TEİAŞ, project participant cannot intervene with the devices. In case of unforeseen problems or failures of the meters or if any difference occurs between primary and secondary devices TEİAŞ has to be informed for necessary maintenance and calibration. There is an agreement between Project Participant and TEİAŞ that in case of problems or failures of meters TEİAŞ reacts as fast as possible to solve the problems. Within the monitoring period no failure or problem has been experienced regarding the monitoring devices.

8 page 8 / 16 SECTION D. Data and parameters D.1 Data and parameters determined at registration and not monitored during the monitoring period, including default values and factors: Data / Parameter: EF Data unit: tco 2 -eq/mwh Description: Emission factor of the Turkish grid Source of data used: Sayalar Wind Farm Project PDD registered under GS (GS369) Value(s) : Indicate what the data are Baseline emission calculation used for (Baseline/ Project/ Leakage emission calculations) Additional comment: The emission factor of the Turkish grid is calculated ex-ante and has been fixed for the first crediting period. D.2 Data and parameters monitored: Data / Parameter: EG y Data unit: MWh Description: Annual Net Electricity supplied by the project activity to the grid Measured /Calculated Measured /Default: Source of data: Electricity meter readings Value(s) of monitored parameter: 80, Indicate what the data are Baseline emission calculation used for (Baseline/ Project/ Leakage emission calculations) Monitoring equipment (type, Information of the meters are listed as followed: accuracy class, serial number, calibration Electricity Meter Electricity Meter frequency, date of last (Primary) (Secondary) calibration, validity) Manufacturer ACTARIS ACTARIS Model SL7000 SL7000 Serial number Date of installation 02/05/ /05/2008 Date of initial 10/03/ /03/2008 calibration The electricity meters are of class 0.2s and have an accuracy of 0.2%. The calibration of the monitoring equipment was carried out according to the information provided in the PDD. The PDD mainly includes the following obligation for the calibration of the appropriate meters: TEİAŞ is responsible for calibration and maintenance of the devices. If any difference occurs between primary and secondary device TEİAŞ performs necessary and calibration

9 page 9 / 16 Measuring/ Reading/ Recording frequency: Calculation method (if applicable): QA/QC procedures applied: Continuous measurement and monthly reading. n.a. Both the project participant and TEİAŞ perform the readings and compare the values. The results are cross checked from the official website of TEİAŞ. SECTION E. Emission reductions calculation E.1. Baseline emissions calculation The baseline emission BE y (tco 2 eq) during the monitoring period results from: BE EF EG (1) Where: BE = Baseline emissions in tones CO 2 -eq EF = Grid emission factor in tco 2 -eq/mwh (a value of tco 2 - eq/mwh has been fixed during the first crediting period) EG = Electricity supplied to the grid in MWh The electricity meters are measuring two parameters: The electricity supplied to the grid (EGexport) and the electricity consumption from the grid (EGimport). To achieve the net amount of supplied electricity, the difference has to be calculated: EG = EGexport EGimport Where: EG = Net electricity supplied to the Grid in MWh EGexport = Electricity supplied to the Grid in MWh EGimport = Electricity consumption from the Grid in MWh The baseline emissions for the project activity according to the PDD are included in the following table: Table 3 Baseline emissions Month (A) (B) (C)=(A)-(B) Baseline Electricity Electricity Net electricity emissions supplied to the consumption supplied to the (equation 2) grid from the grid grid [tco [MWh] [MWh] [MWh] 2 -eq] April , , , May , , , June , , , July , , , August , , , September , , ,153.22

10 page 10 / 16 October , , , November , , , December , , , January , , , February , , , Sum (01/04/ /12/2012) Sum (01/01/ /02/2013) Sum 5 th Monitoring Period (01/04/ /02/2013) 68, , , , , , , , ,27 E.2. Project emissions calculation Project emissions are negligible. In accordance to the registered PDD and applicable methodology ACM0002 version6, no project emissions are to be accounted by the Project. Therefore; PE=0 tco 2 -eq E.3. Leakage calculation No leakage is to be accounted by the Project. This is in line with the registered PDD and applicable methodology ACM0002 version 6. Therefore; L= 0 tco 2 -eq E.4. Emission reductions calculation / table The total emission reductions can be calculated with the results of the below described equation: ER BE PE L (2) Where: ER BE PE L = Emission reductions in tco 2 -eq = Baseline emissions in tco 2 -eq = Project emissions in tco 2 -eq = Leakage emissions in tco 2 -eq Total baseline emissions (BE): 55,148 tco 2 -eq Total project emissions (PE): 0 tco 2 -eq Total leakage (L): 0 tco 2 -eq It can be followed that the emission reductions of the project activity is equal to the baseline emissions. The emission reductions per vintage and for the period which is covered by this monitoring report are therefore:

11 page 11 / 16 Table 4 Emission reductions for 5 th monitoring period Vintage 2012 (01/04/ ,090 tco 2 -eq 31/12/2012) Vintage 2013 (01/01/2013 8,948. tco 2 -eq 28/02/2013) Total emission reductions for 59,039 tco 2 -eq 1 5 th Monitoring Period (01/04/ /02/2013) E.5. Comparison of actual emission reductions with estimates in the CDM-PDD This section shall include a comparison of actual values of the emission reductions achieved during the monitoring period with the estimations in the registered CDM-PDD. Item Emission reductions (tco 2 e) Values applied in ex-ante calculation of the registered CDM-PDD 85,035 tco 2 -eq 59,039 tco 2 -eq Actual values reached during the monitoring period E.6. Remarks on difference from estimated value in the PDD The ex-ante estimated yearly volume in the PDD is 85,035 tco 2 -eq. The ex-post achievements are slightly lower but consistent with performance monitored during the previous years of operation. SECTION F. Gold Standard Sustainable Development Indicators According to the requirements of Gold Standard, the project activity must be assessed against a matrix of sustainable development indicators. The contribution of the proposed project activity to the sustainable development of the country is based on indicators of local/global environment sustainability, social sustainability & development and economic & technological development. With regards to the project activity, two indicators were added to the monitoring plan. All documents regarding these additional parameters can be presented to the DOE during verification process: SDI 1: Employment (job quality) Description: Number of staff trained by and Project Participant regarding technical and security issues. Fuat Üstün, Günay Kaya, Gürkan Tüfekçioğlu, Mehmet İçelgüç, Eray Önlü, İbrahim Özkara, İbrahim Selçuk, Kadir Demiröz, Murat Çelebi, Serdar Şahin, and Şevket Adıgüzel have participated in several trainings during the monitoring period. The details on trainings are summarized as followed: 1 The total emission reduction value has been rounded down for conservativeness.

12 page 12 / 16 Table 5 Trainings during the 5 th monitoring period Name/Surname Position Training given by Operator Cem Fuat Üstün Sokullu High Voltage Certificate Fuat Üstün Günay Kaya Günay Kaya Gürkan Tüfekçioğlu Gürkan Tüfekçioğlu Mehmet İçelgüç Eray Önlü Eray Önlü Operator Operator Operator Operator Operator Operator Subject Date Record Content Cem Sokullu High Voltage Certificate Cem Sokullu High Voltage Certificate Cem Sokullu High Voltage Certificate Cem Sokullu High Voltage Certificate Cem Sokullu High Voltage Certificate Cem Sokullu High Voltage Certificate Soma Belediyesi Faruk Ecevit Safety Certificate Fire Training Safety Certificate Protection / Evaluation of indicators received during fault / Reading project schemes Protection / Evaluation of indicators received during fault / Reading project schemes Protection / Evaluation of indicators received during fault / Reading project schemes Protection / Evaluation of indicators received during fault / Reading project schemes Protection / Evaluation of indicators received during fault / Reading project schemes Protection / Evaluation of indicators received during fault / Reading project schemes Protection / Evaluation of indicators received during fault / Reading project schemes Eray Önlü Eray Önlü Training-4 tensioning roller technique) Training-3 hydraulic torque wrench) Certificate Certificate tensioning roller / control of tensioning roller and unit / screw driving with tensioning roller hydraulic torque tapes/ maintenance of hydraulic torque tapes/ screw driving with hydraulic torque wrench Eray Önlü Eray Önlü Training-2 (Mechanical Training) Training -1 (Basic Training) Certificate Certificate Turbine Parts/ Maintenance/ Lift service maintenance /Screw driwing-bolting Training / Climbing Stairs- Mechanical Maintenance of Winch/ Mechanical Maintenance Instructions and Maintenance Instructions (TSI Databases) RET Operational Instructions / RET Operational Principles / RET Faults and interference principles / RET elevator operation instructions / SCADA Monitoring system / SCADA Remote system Eray Önlü Elit Grup Safety Certificate İbrahim Özkara Faruk Ecevit Safety Certificate

13 page 13 / 16 İbrahim Özkara Elit Grup Safety Certificate İbrahim Özkara İbrahim Özkara Training-2 (Mechanical Training) Training-3 hydraulic torque wrench) Certificate Certificate Turbine Parts/ Maintenance/ Lift service maintenance /Screw driwing-bolting Training / Climbing Stairs- Mechanical Maintenance of Winch/ Mechanical Maintenance Instructions and Maintenance Instructions (TSI Databases) hydraulic torque tapes/ maintenance of hydraulic torque tapes/ screw driving with hydraulic torque wrench İbrahim Özkara İbrahim Selçık Faruk Ecevit Training-4 tensioning roller technique) Certificate Safety Certificate tensioning roller / control of tensioning roller and unit / screw driving with tensioning roller İbrahim Selçuk Training -1 (Basic Training) Certificate RET Operational Instructions / RET Operational Principles / RET Faults and interference principles / RET elevator operation instructions / SCADA Monitoring system / SCADA Remote system İbrahim Selçuk Elit Grup Safety Certificate İbrahim Selçuk Training-3 hydraulic torque wrench) Certificate hydraulic torque tapes/ maintenance of hydraulic torque tapes/ screw driving with hydraulic torque wrench İbrahim Selçuk İbrahim Selçuk Training-4 tensioning roller technique) Training-2 (Mechanical Training) Certificate Certificate tensioning roller / control of tensioning roller and unit / screw driving with tensioning roller Turbine Parts/ Maintenance/ Lift service maintenance /Screw driwing-bolting Training / Climbing Stairs- Mechanical Maintenance of Winch/ Mechanical Maintenance Instructions and Maintenance Instructions (TSI Databases) Kadir Demiröz Soma Belediyesi Safety Certificate Fire Training Kadir Demiröz Faruk Ecevit Safety Certificate Kadir Demiröz Training Certificate

14 page 14 / 16 tensioning roller technique) tensioning roller / control of tensioning roller and unit / screw driving with tensioning roller Kadir Demiröz Training-2 (Mechanical Training) Certificate Turbine Parts/ Maintenance/ Lift service maintenance /Screw driwing-bolting Training / Climbing Stairs- Mechanical Maintenance of Winch/ Mechanical Maintenance Instructions and Maintenance Instructions (TSI Databases) Kadir Demiröz Training-4 hydraulic torque wrench) Certificate hydraulic torque tapes/ maintenance of hydraulic torque tapes/ screw driving with hydraulic torque wrench Kadir Demiröz Elit Grup Safety Certificate Murat Çelebi Soma Belediyesi Safety Certificate Fire Training Murat Çelebi Faruk Ecevit Safety Certificate Murat Çelebi Training -1 (Basic Training) Certificate RET Operational Instructions / RET Operational Principles / RET Faults and interference principles / RET elevator operation instructions / SCADA Monitoring system / SCADA Remote system Murat Çelebi Training-3 hydraulic torque wrench) Certificate hydraulic torque tapes/ maintenance of hydraulic torque tapes/ screw driving with hydraulic torque wrench Murat Çelebi Murat Çelebi Elit Grup Training-2 (Mechanical Training) Certificate Safety Certificate Turbine Parts/ Maintenance/ Lift service maintenance /Screw driwing-bolting Training / Climbing Stairs- Mechanical Maintenance of Winch/ Mechanical Maintenance Instructions and Maintenance Instructions (TSI Databases) Murat Çelebi Training-4 tensioning roller technique) Certificate tensioning roller / control of tensioning roller and unit / screw driving with tensioning roller Note: General Training on Wind Energy Turbines provided by SQA department is referred as (1-2) and Specific Training on Wind Energy Turbines provided by SQA department is referred as (3-4)

15 page 15 / 16 SDI 2: Employment (quantity) Description: Number of employment created by the project monitored by the monthly salary payment sheets. It could be shown that the project activity creates a respectable number of permanent and high qualified jobs. Currently a total of 14 full time positions, which 14 positions are for local people are directly related to the project (1 wind farm manager, 5 positions for service technicians, 4 positions for security personal and 4 positions for high voltage switchgear operators). A detailed organizational chart has been provided under section C.3 of this report. SECTION G. Open Issues from Previous Verification Three Forward Action Request (FAR) was formulated in the verification final report covering the 4 th monitoring period. Forward Action Request FAR P1: During the 3 rd monitoring period the generation license has been amended and the project is permitted for 54.2 MW. However no change has been occurred and the capacity change is not decided by the Project owner during 3rd monitoring period. Feasibility of the capacity addition is still reviewing. Capacity addition shall be verified during next verification if it occurs. Actions taken during the 5 th monitoring period: On the Generation License of the Project was amended and the permitted installed capacity was increased to 54.2 MW. The increase in the capacity is referred as Sayalar Wind Farm Capacity Addition Project.Only 3 Wind Turbine Towers have erected and road construction phased has started on the project activity. Sayalar Wind Farm Capacity Addition Project is also being developed as a GS VER project activity and is currently registered with GS ID: There are small revisions to the project activity and no impact to the project activity within the 5 th monitoring period.

16 page 16 / 16 ANNEX 1 Definitions & Acronyms ACM CDM DOE EPDK GHG GS GPRS IPCC OSOS PDD PP tco 2 -eq TEİAŞ UNFCCC VER Approved Consolidated Methodology Clean Development Mechanism Designated Operational Entity Electricity Market Regulatory Authority Green House Gases Gold Standard General Packet Radio Intergovernmental Panel on Climate Change Automatic Meter Reading System Project Design Document Project Participant Amount of greenhouse gases emission equivalent to the emission of one ton of carbon dioxide Turkish Electricity Transmission Company United Nations Framework Convention on Climate Change Verified Emission Reductions