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Rajasthan Solar Power

Generating electricity through solar energy

India
Rajasthan Solar Power

India, with a population of over 1 billion and a fast growing economy, has seen its energy demand increase rapidly as the country continues to urbanise and the manufacturing sector develops. The reliance on non-renewable energy sources contributes to climate change. There is therefore an urgent need to drive the country's clean energy transition, whereby large investments in India's renewable sector is needed.

Location
India
Type
Grid Connected Solar
Registry
GS
Standards
Gold Standard

Sustainable Development Goals

Sustainable Development Goals

To learn more about the Sustainable Development Goals verified by the standard for this project, please check the project's registry link above.

The Solution

The project aims to replace fossil fuel-based power generation through the installation of a 300 MW grid-connected solar power plant in Bhadla, Rajasthan. It aims to supply renewable energy to the regional electricity grid by harnessing solar energy through photovoltaic modules, thus displacing fossil fuel-based power generation. The solar plant has a projected lifespan of 25 years.

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Image credit: EKI Energy Services Ltd
project_image_304032.jpeg
Image credit: EKI Energy Services Ltd
project_image_304032-2.jpg
Image credit: EKI Energy Services Ltd
project_image_304032-1.jpeg
Image credit: EKI Energy Services Ltd
project_image_304032-1.jpg
Image credit: EKI Energy Services Ltd
project_image_304032.jpeg
Image credit: EKI Energy Services Ltd
project_image_304032-2.jpg
Image credit: EKI Energy Services Ltd
project_image_304032-1.jpeg
Image credit: EKI Energy Services Ltd

The Impact

The project, led by Clean Solar Power (Bhadla) Pvt. Ltd, hopes to reduce GHG emissions by exporting clean energy to the grid every year. With an annual estimated credits of 693,327, it aims to reduce the heavy reliance on fossil fuels, support India’s climate action goals, and help meet the growing demand for a more sustainable future.  

Project ID: 304032
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