Adani Green Commissions 50 MW Khavda Solar Project, Lifting Operational Capacity to 19,835.8 MW
Updated
Updated · SolarQuarter · Jun 2
Adani Green Commissions 50 MW Khavda Solar Project, Lifting Operational Capacity to 19,835.8 MW
3 articles · Updated · SolarQuarter · Jun 2
Summary
AGEL said the 50 MW solar project at Gujarat's Khavda Renewable Energy Park began commercial operations on June 1 after securing regulatory clearances and approvals.
The addition raised Adani Green's operational renewable generation capacity to 19,835.8 MW, extending its buildout at one of the world's largest renewable energy developments.
Khavda is central to AGEL's long-term growth plan as the company expands solar, wind and hybrid assets across India to deepen its renewable portfolio.
The commissioning also aligns with India's broader clean-energy and decarbonisation goals, reinforcing AGEL's role among the country's largest renewable power developers.
Can India's grid handle the massive power output from Adani's 30 GW Khavda mega-park without risking nationwide instability?
How will Adani's AI-powered control room manage the world's largest renewable park to deliver consistent power to millions?
As Adani builds the world's largest energy park, what is the project's true environmental cost on the Kutch desert ecosystem?
Adani Green Energy’s 19.35 GW Portfolio: Khavda Park and 3.37 GWh Battery Storage Set New Global Benchmarks
Overview
Adani Green Energy Limited (AGEL) achieved a major milestone on June 1, 2026, by commissioning a new 50 MW solar power project at its Khavda Renewable Energy Park in Gujarat. This project highlights AGEL’s ongoing commitment to expanding its renewable energy infrastructure and accelerating large-scale clean energy development across India. With this addition, AGEL’s total operational renewable energy portfolio reached 19,350 MW. The company’s rapid growth in fiscal year 2025–26, adding over 5 GW of new capacity—including solar, wind, and hybrid projects—demonstrates its leadership in driving India’s clean energy transition.