May 24, 2022
Proof of
Carbon Credit Retirement
301t
Verified tonnes of carbon retired
Beneficiary:
Polygon
Retirement Message:
Immutable transaction record
Beneficiary Address:
0x087a7afb6975a2837453be685eb6272576c0bc06
Transaction ID
0x34e56930677dc8b8400ff3662780f35c6e9e20543cdfcaad9ae643b3868cf727
Project:
VCS-1792
Type:
Renewable Energy
Methodology:
ACM0002
Vintage:
2020
Project Details
Project Name
Ghani Solar Renewable Power Project By Greenko Group
Description
Generating Clean Electricity through Solar Energy in India This project involves the installation of a 500 MW solar power project in Andhra Pradesh state of India to generate a clean form of electricity through renewable solar energy sources. Over the 10 years of the first crediting period, the project will replace anthropogenic emissions of greenhouse gases (GHG’s) estimated to be approximately 887,800 tCO2e per year. Key Highlights: - The project will displace 919,800 MWh/year of electricity from fossil fuel-based power plants connected to the Indian grid. - It will contribute to reducing India's carbon footprint and help the country meet its renewable energy targets. - The project has undergone a public comment period, with no comments received. This project is crucial in India's efforts to combat climate change and promote sustainable development. By replacing fossil fuel-based electricity generation, the project will significantly reduce carbon emissions and contribute to India's goal of producing 40% of its electricity from renewable sources by 2030. Furthermore, the project will create job opportunities and promote the development of clean energy technologies in the region.
Certificate for Carbon Retirement
This represents the permanent retirement of a carbon asset. This retirement and the associated data are immutable public records.
Immutable transaction record
Beneficiary Address:
0x087a7afb6975a2837453be685eb6272576c0bc06
Transaction ID
0x34e56930677dc8b8400ff3662780f35c6e9e20543cdfcaad9ae643b3868cf727
Project:
VCS-1792
Type:
Renewable Energy
Methodology:
ACM0002
Vintage:
2020