India added a record 55.29 GW of non-fossil capacity in FY 2025-26, against the 45 to 48 GW a year needed to reach 500 GW by 2030.
NEW DELHI: Prime Minister Narendra Modi on 2 November 2026 opened the Bharat Renewable Energy Summit and Expo. He said India expects to add about 500 GW of clean capacity over the next 10 to 11 years. Non-fossil capacity already stands at 308.027 GW. Consequently, the four-day summit at Bharat Mandapam opened with delegations from over 130 countries and a milestone in hand.
A pledge met five years early
India’s installed capacity is about 555 GW, and non-fossil sources make up over 54% of it. Consequently, the country met its COP26 pledge of 50% non-fossil capacity five years ahead of 2030. Solar leads at 150.30 GW, followed by wind at 58.14 GW and large hydro at 57.24 GW. Notably, nuclear stands at 8.20 GW, and the 500 MWe Kalpakkam fast breeder reactor reached first criticality on 6 April 2026. Momentum has built quickly. Annual additions rose from 15 to 20 GW in FY 2021-23 to a record 55.29 GW in FY 2025-26.
The arithmetic to 2030
Reaching 500 GW by December 2030 requires about 191.97 GW more, or 45 to 48 GW a year. Encouragingly, last year’s record 55.29 GW exceeds that pace. The Prime Minister’s 10 to 11 year projection is a separate measure, since it refers to roughly 500 GW of additions through 2036-37. Meanwhile, non-fossil sources supply about 29.2% of actual generation, while coal supplies over 68% on higher load factors.
Wires before watts
Transmission is the next frontier. Phase-I of the Green Energy Corridor is complete, with 9,400 circuit km of lines evacuating 24 GW across 10 states. Phase-II is under way for another 20 GW, and an HVDC link will bring 13 GW from Ladakh to northern demand centres. Furthermore, the Central Electricity Authority has outlined a transmission plan of ₹1.86 to ₹2 lakh crore for 500 GW. Challenges remain. Lines commissioned in FY 2024-25 fell 42% short of target, and over 50 GW of projects faced delays or curtailment. Encouragingly, the Ministry of Power has extended the ISTS charge waiver for solar and wind projects commissioned up to June 2028.
Rooftops and storage
Households are contributing too. PM Surya Ghar has reached 51.58 lakh homes and commissioned 14.8 GW of rooftop solar, with ₹28,024 crore paid in subsidies. Notably, nearly 19 lakh households now receive zero electricity bills. Meanwhile, the CEA estimates that 500 GW needs 43 GWh of battery storage and 19 GW of pumped storage by 2030. Domestic manufacturing is catching up unevenly. Module capacity under the approved list exceeds 75 GW, while cell capacity is about 25 GW.
Hydrogen opens an export door
The National Green Hydrogen Mission, backed by ₹19,744 crore, targets 5 million tonnes a year by 2030. SECI has awarded tenders for 1,500 MW of annual electrolyser manufacturing and 4.12 lakh tonnes a year of green hydrogen. Moreover, green ammonia auctions discovered record-low tariffs of ₹49.75 to ₹55.75 a kg. Meanwhile, AM Green has won a 10-year, €585 million contract under the EU’s H2Global auction to supply green ammonia to European buyers. India’s first indigenous hydrogen fuel cell train has also run on the Jind-Sonipat section. Economics remain the test. Green hydrogen costs $4 to $5 a kg against $1.50 to $2 for grey. Parity needs electrolysers below $300 a kW and round-the-clock clean power below ₹2.50 a unit.
Capital and energy security
The build-out needs about $220 billion, or ₹18.2 to ₹20 lakh crore, between 2027 and 2030. Encouragingly, India attracted $63.7 billion of clean energy investment between July 2024 and June 2026. The Prime Minister also framed clean energy as economic security, since coal and crude together make up over 20% of the import bill. Furthermore, he announced a $200 million Africa Solar Facility under the International Solar Alliance to support technology transfer and concessional finance in Africa.
What to watch
Several indicators will show whether the plan stays on course. First, annual non-fossil additions need to stay above 48 GW. Second, transmission commissioning must rise above 15,000 circuit km a year from 8,830. Likewise, battery and pumped storage must scale from about 1.4 GWh and 5 GW today. Furthermore, financial closure for green hydrogen depends on long-term offtake agreements from refineries, fertiliser plants and steel mills. Finally, state distribution companies’ payment record will affect project finance.
India has shown it can build at speed. Annual additions have more than doubled since FY 2021-23, and the 50% milestone arrived early. Encouragingly, the next stage has a visible agenda, from wires and storage to electrolysers and offtake. If transmission and storage keep pace with panels and turbines, the capacity India has built will reach more homes, factories and export ports.
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