India’s Renewable Leap: Third Globally, With Caveats

Source: PIB| Date: April 8, 2026   

India Rises to Third: What the Ranking Really Means

India has officially secured the third position in global renewable energy installed capacity, according to the Renewable Energy Statistics 2026 released by the International Renewable Energy Agency (IRENA); based on data as of December 2025. The country has surpassed Brazil, which held the position previously, to stake its claim alongside China and the United States as one of the world’s foremost clean energy powers.

Union Minister for New and Renewable Energy, Shri Pralhad Joshi, announced that India achieved a total non-fossil capacity addition of 55.29 GW during FY 2025–26; not merely a record, but nearly double the previous highest-ever addition of 29.5 GW recorded in FY 2024–25. The cumulative non-fossil installed capacity as of 31 March 2026 stands at 283.46 GW, comprising 274.68 GW of renewable energy and 8.78 GW of nuclear power.

Yet the ranking, while symbolically significant, must be contextualised. India’s 250.52 GW of total renewable capacity sits at roughly 11 percent of China’s 2,258 GW; a reminder that ambition and scale are not the same thing. The ranking is better read as a signal of trajectory than of equivalence.

Global Renewable Energy Installed Capacity (GW)

Record Additions and the Manufacturing Surge

The FY 2025–26 numbers represent a structural shift, not mere incremental growth. Solar capacity alone saw an addition of 44.61 GW; surpassing the target of 34 GW and nearly doubling the previous record of 23.83 GW from FY 2024–25. India has crossed the 150 GW solar milestone, a figure that would have seemed aspirational only five years ago.

Equally significant is the manufacturing story unfolding behind the headlines. Solar module manufacturing capacity has surged from approximately 74 GW to 172 GW in a single fiscal year, adding roughly 98 GW of domestic production capacity. This is the classic East Asian industrial playbook applied to clean energy: build domestic overcapacity deliberately to drive down unit costs, reduce import dependence, and eventually compete globally.

The results are already visible. Solar module imports dropped from USD 2,152 million to USD 758 million; a near three-fold reduction; within the same period. Wind turbine manufacturing capacity has also grown, from 10 GW in 2014 to 24 GW by March 2026. Wind capacity addition of 6.05 GW in FY26 was the highest ever in a single year, 46 percent higher than the previous year.

Distributed Renewable Energy (DRE) from solar contributed 16.3 GW, or 36 percent of total solar additions, driven by the PM KUSUM scheme (7.6 GW) and rooftop solar (8.7 GW). The PM Surya Ghar: Muft Bijli Yojana touched 22.7 lakh household installations in FY26 alone; a remarkable pace of retail energy access.

The Peak vs. Annual Generation Gap: A Critical Distinction

The government’s headline figure; that renewables met 51.5 percent of India’s total electricity demand in July 2025; is striking but requires careful interpretation. This was a real-time peak, driven by favourable monsoon conditions boosting both solar and hydro generation simultaneously. The annual generation share of non-fossil sources tells a more sobering story: 29.2 percent for FY 2025–26.

That 22-percentage-point gap between peak share and annual average is not a failure; it is an engineering reality. Solar and wind produce when weather conditions allow, not necessarily when industrial or residential demand peaks. Evening hours, winter months, and cloudy days still depend heavily on coal. Annual coal-based power generation stood at 1,250.189 BU, declining by only 3.69 percent over the previous year.

In absolute terms, coal has not peaked. India’s total electricity generation grew to 1,845.921 BU in FY26, and the share of fossil fuels in that generation remains at approximately 71 percent. The transition is underway, but the baseload problem; how to replace coal’s round-the-clock reliability; remains largely unresolved without large-scale battery storage or pumped hydro.

Green Hydrogen: From Ambition to Price Signal

The National Green Hydrogen Mission recorded a genuinely significant development in FY26: the discovery of a price of Rs. 49.75 per kg for green ammonia supply to IFFCO in Odisha through competitive bidding under SECI auctions. The weighted average across auctions was Rs. 53.27 per kg. These numbers put India in globally competitive territory for green ammonia exports to Europe and the Gulf.

JSW commissioned 3,600 MTPA of green hydrogen production capacity in November 2025. Green Ammonia Purchase and Supply Agreements covering 670,000 tonnes per annum were finalised in March 2026, with 10-year contracts providing demand certainty worth approximately $2.5 billion in potential foreign exchange savings. Three major ports; Kandla, Paradip, and Tuticorin, have been designated as Green Hydrogen Hubs.

If these price signals hold at scale, India’s green hydrogen story transitions from a domestic decarbonisation narrative to a potential export trade story; with significant implications for its current account and energy geopolitics.

Policy Landscape: Enabling Levers and Structural Reforms

Several policy interventions in FY26 deserve attention for their downstream economic impact:

• GST reduction on renewable energy devices from 12% to 5% (effective September 2025) reduces the landed cost for project developers, DISCOMs, and rooftop installers; a demand-side stimulus for distributed solar.
• BCD exemption on capital goods for lithium-ion cell manufacturing (February 2026 to March 2028) signals intent to build domestic battery supply chains, reducing dependence on imported Chinese battery packs.
• The Contract for Difference (CfD) pilot scheme (500 MW) introduces a globally proven revenue-certainty mechanism for RE developers; a structural improvement that could lower financing costs significantly.
• The National Policy on Geothermal Energy, issued September 2025, opens a new baseload-capable clean energy source that complements variable solar and wind.
• The REEIMS portal for real-time import monitoring of RE equipment strengthens supply chain transparency and enforcement of quality standards.

The 500 GW Challenge: Arithmetic of Ambition

Prime Minister Modi’s COP26 commitment of 500 GW of non-fossil installed capacity by 2030 remains the north star for Indian energy policy. With 283.46 GW installed as of March 2026, India must add approximately 217 GW in four years. That requires sustaining; and exceeding; the record pace of 55 GW per year, every year, without an off-year. No country has maintained this pace consistently at this scale.

The risks are structural rather than political. Grid infrastructure and storage deployment have not kept pace with generation capacity. Transmission constraints already cause curtailment of renewable energy in some states. Land acquisition, right-of-way clearances, and inter-state coordination continue to be bottlenecks for large wind projects. The government’s declaration of 345 GW of additional Renewable Energy Potential Zones is a planning signal, but planning zones do not automatically become connected projects.

Verdict: India’s renewable transition has moved from aspiration to credible, data-backed momentum. The FY26 additions, the manufacturing surge, and the green hydrogen price signals are structurally meaningful. But the scorecard at 2030 will be written by grid infrastructure, storage deployment, and whether the implicit reliance on coal as a baseload backstop can be resolved before the next decade. Third place is a milestone; not a destination.