July 10, 2024 -Verra, the global leader in voluntary carbon standards, has successfully completed a site visit and verification of the Foumbouni-Mitsamiouli Solar Farm project in Comoros. This project is registered under Verra’s Verified Carbon Standard (VCS) Program. It involves constructing and operating two solar photovoltaic parks with a combined capacity of 8 MWp on Grande Comore island.
Project Overview
The Foumbouni plant has been operational since 2021. The Mitsamiouli plant is expected to be operational in Q2 2024. Together, these solar parks aim to significantly increase Comoros’ electricity production. The country has traditionally relied on hydrocarbon generators with limited access for a substantial portion of the population.
Impact and Endorsement
“The Foumbouni-Mitsamiouli Solar Farm project exemplifies how renewable energy can drive sustainable development and climate action in Africa,” stated Verra’s CEO, David Antonioli. Verra’s verification process affirms the project’s robust climate impact and the integrity of its carbon credits.
Solar Farm Details
Developed by Innovent, a renewable energy company with extensive African experience, each plant features 10,080 solar panels on 30 trackers. This design maximizes energy production by following the sun’s course. Innovative Tesla battery integration enables nighttime electricity production and storage of excess daytime energy, stabilizing the grid and ensuring consistent local electricity supply.
Verification and Local Impact
Verra’s rigorous site visit and verification process confirm compliance with VCS standards. They validate greenhouse gas emission reductions achieved by the solar farms. Innovent’s engagement of local companies during construction promotes employment and skills development, supporting sustainable growth in Comoros.
Conclusion
Verra’s verification underscores renewable energy’s potential to foster sustainable development and climate action across Africa. The Foumbouni-Mitsamiouli Solar Farm showcases how innovative technologies and local partnerships can enhance energy access while reducing greenhouse gas emissions.
