Adani Green Energy Surpasses 10,000 MW Milestone in Renewable Energy Capacity
- ByStartupStory | April 3, 2024
Adani Green Energy Limited (AGEL) proudly announces its groundbreaking achievement of surpassing 10,000 megawatts (MW) in installed capacity, marking a monumental milestone in India’s renewable energy landscape. With 7,393 MW of solar, 1,401 MW of wind, and 2,140 MW of wind-solar hybrid capacity, AGEL stands at the forefront of the nation’s sustainable energy revolution.
Gautam Adani, Chairman of Adani Group, expressed his pride, stating, “We are proud to be India’s first das hazari in the renewables space. In less than a decade, Adani Green Energy has not just envisioned a greener future but has actualized it, growing from a mere idea to explore clean energy to achieving a phenomenal 10,000 MW in installed capacity.”
“This achievement is a demonstration of the rapidity and scale at which the Adani Group aims to facilitate India’s transition to clean, reliable, and affordable energy,” Adani added. “In our drive towards 45,000 MW by 2030, we are building the world’s largest renewable energy plant in Khavda — a 30,000 MW project unparalleled on the global stage. AGEL is not just setting benchmarks for the world but redefining them.”
AGEL has operationalized 2,000 MW cumulative solar capacity, representing over 6 percent of the planned 30,000 MW, within an astonishing 12-month period from the commencement of work. The company’s ambitious project at Khavda is progressing rapidly, leveraging the project execution capabilities of Adani Infra, manufacturing expertise of Adani New Industries Limited, operational excellence of Adani Infrastructure Management Services Ltd, and the robust supply chain of strategic partners.
This significant milestone underscores AGEL’s commitment to pioneering sustainable energy solutions and its pivotal role in India’s journey towards a greener future. With its relentless dedication to innovation and execution, AGEL continues to shape the renewable energy landscape on both national and global scales.