Project Submission No. S00174
Project Title CIBUK I Wind Farm
Project Owner (as per PSF & LOA) 1.Vetroelektrane Balkana d.o.o.; 2. Energy Changes Projektentwicklung GmbH (focal point to act on behalf of all Project Owners)
Focal Point of Project Owners*(FP)
Energy Changes Projektentwicklung GmbH
Email of Contact Person of FP (Primary)
Email of Contact Person of FP (Secondary)
Country Serbia
Submission Date 1 Mar 2022
Global Stakeholder Consultation Period 14 Apr 2022 - 28 Apr 2022
Sector 1.Energy industries (renewable-/non-renewable sources)
GCC/CDM Methodology & Version GCCM001 V3.0 - Methodology for Renewable Energy Generation Projects Supplying Electricity to Grid or Captive Consumers
Forecasted GHG Emission Reduction(TCO2/Year) 402,765
Verified GHG Emission Reduction(TCO2/Year) 402,765
Forecasted E+ Label Yes
Verified E+ Label Yes
Forecasted S+ Label Yes
Verified S+ Label Yes
Forecasted SDG+ Goals SDG#7;SDG#8;SDG#9; ;SDG#13
Verified SDG+ Goals #7,#8,#9 & #13
Forecasted SDG+ Label Gold
Verified SDG+ Label Gold
Forecasted Market Eligibility CORSIA(C+)
Verified Market Eligibility CORSIA(C+)
Name of Authorized External Representative Organization
Name of Focal Point of External Representative
Email-id of Focal Point
Documents for Global Stakeholder Consultation Project Submision, Calculation Sheet,
Request For Registration Documents Verified Project Submision, Verified Calculation Sheet,
Request for Registration Form Registration Form
Project Verifier carboncheck_cert
Verification Report Verification Report
Project Brief

The project activity “CIBUK I Wind Farm” is a wind power plant with an installed capacity of 158.46 MW connected to the national electricity grid located in the municipality of Kovin, province Vojvodina at the Republic of Serbia. The purpose of the project activity is to generate zero-emission electricity, via 57 horizontal axis wind turbines (2.78 MW each) powered by the renewable energy source wind, which will be supplied to the national grid to substitute fossil-based grid electricity and thus reduce around 985 kg CO2/MWh.
The expected net annual electricity generation of the project activity is approximately 409,000 MWh MWh, which will reduce about 402,765 t CO2 per year.

Additional Information