Adani Green Energy Commences Commercial Operations at Six Renewable Projects
Adani Green Energy has commenced commercial operations at six renewable power projects, adding 275.6 MW to its portfolio and bringing its total operational renewable energy generation capacity to 15,815 MW. The company's solar capacity is 11,205 MW, with a wind power capacity of 1,985.8 MW and 2,624 MW of wind-solar hybrid capacity. This development comes on the heels of a 1,011 MW capacity addition announced earlier this year, solidifying Adani Green Energy's position as a major player in the renewable energy sector.
Key Takeaways:
- Adani Green Energy has commenced commercial operations at six renewable power projects, adding 275.6 MW to its portfolio.
- The company's total operational renewable energy generation capacity has reached 15,815 MW.
- Adani Green Energy's solar capacity is 11,205 MW, with a wind power capacity of 1,985.8 MW and 2,624 MW of wind-solar hybrid capacity.
- The newly launched six projects consist of four solar projects, one wind project, and one hybrid project.
- Adani's 1,011 MW capacity addition was announced earlier this year, marking its fastest and largest capacity addition in India.
- The majority of Adani's renewable projects are greenfield projects.
- Adani Green Energy is building the world's largest solar energy park in Khevda, Gujarat, with an operational capacity of 5,355 MW and a planned capacity of 30,000 MW.
- The Khevda project is expected to be fully operational by 2029.
Statistics:
- Adani Green Energy's total operational renewable energy generation capacity: 15,815 MW
- Solar capacity: 11,205 MW
- Wind power capacity: 1,985.8 MW
- Wind-solar hybrid capacity: 2,624 MW
- Renewable energy portfolio capacity with six new projects: 15,090.6 MW
- Capacity addition: 275.6 MW
- Planned capacity of Khevda project: 30,000 MW
- Current operational capacity of Khevda project: 5,355 MW
Sources:
- IE Online Media Services Pvt. Ltd. (Copyright 2025)
- Contify.com (distributed by)
- Adani Green Energy (statement)
Note: The copyright date in the provided source material is 2025, but this should be verified as it may have been incorrectly transcribed.