As of October 2025, India's total installed electricity generation capacity reached 505 GW, with 245 GW from thermal sources and 260 GW from non-fossil fuel sources. Non-fossil capacity includes 200 GW from renewables (130 GW solar, 53 GW wind, rest from small hydro and bio-power), 50.348 GW large hydro, and 8.8 GW nuclear. This marks a significant milestone in India's energy transition. India aims to achieve 500 GW of non-fossil electricity capacity by 2030 under its Nationally Determined Contributions (NDC) to the Paris Agreement. London-based infrastructure investor Actis termed India 'one of the most attractive infrastructure markets globally' and announced plans to double its ₹17,500 crore investment in energy, roads, and digital infrastructure.
India's Total Installed Electricity Capacity Reaches 505 GW — 50% from Non-Fossil Fuels
As of October 2025, India's total installed electricity generation capacity reached 505 GW, with 245 GW from thermal sources and 260 GW from non-fossil fuel sources. Non-fossil capacity includes 200 GW from renewables (130 GW solar, 53 GW wind, rest from small hydro and bio-power), 50.348 GW large hydro, and 8.8 GW nuclear. This marks a significant milestone in India's energy transition. India aims to achieve 500 GW of non-fossil electricity capacity by 2030 under its Nationally Determined Contributions (NDC) to the Paris Agreement. London-based infrastructure investor Actis termed India 'one of the most attractive infrastructure markets globally' and announced plans to double its ₹17,500 crore investment in energy, roads, and digital infrastructure.
Key facts
- India's total installed electricity capacity reached 505 GW as of October 2025.
- Non-fossil fuel sources now account for 260 GW — over 50% of total capacity.
- Renewable energy capacity stands at 200 GW including 130 GW solar and 53 GW wind.
- India aims to achieve 500 GW non-fossil electricity capacity by 2030 under Paris Agreement NDC.
- Large hydro contributes 50.348 GW and nuclear power adds 8.8 GW to the energy mix.
- London-based Actis announced plans to double its ₹17,500 crore investment in India's infrastructure.
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As of 30 November 2025, what was India's total installed electricity capacity according to the Ministry of New and Renewable Energy update?
The Ministry of New and Renewable Energy stated that as of 30 November 2025, India's total installed electricity capacity was 509.64 GW. Of this, thermal capacity was 246.90 GW, renewable energy including large hydro was 253.96 GW, and nuclear capacity was 8.78 GW. Non-fossil fuel sources together accounted for 262.74 GW, or 51.55% of total installed capacity.
Source: IBEF / Invest India / Business Standard
Frequently asked questions
What milestone did India's electricity sector achieve as of October 2025?
As of October 2025, India's total installed electricity generation capacity reached 505 GW, a significant milestone. Of this, 260 GW — over 50% — came from non-fossil fuel sources, including 200 GW from renewables (130 GW solar, 53 GW wind), 50.348 GW from large hydro, and 8.8 GW from nuclear power. This means India has already surpassed its NDC target of 500 GW non-fossil capacity set for 2030.
What is the composition of India's 260 GW non-fossil electricity capacity?
India's 260 GW non-fossil electricity capacity (as of October 2025) is composed of: 200 GW from renewables — of which 130 GW is solar energy, 53 GW is wind energy, and the remainder comes from small hydro and bio-power — plus 50.348 GW from large hydropower plants including pumped storage projects and 8.8 GW from nuclear power stations.
What is India's electricity capacity target under its Paris Agreement NDC?
Under its Nationally Determined Contributions (NDCs) to the Paris Agreement, India committed to achieving 500 GW of non-fossil fuel-based electricity capacity by 2030. As of October 2025, India has already exceeded this target with 260 GW of non-fossil capacity, ahead of schedule by approximately five years.
How much of India's installed capacity still comes from thermal (fossil fuel) sources?
As of October 2025, thermal (fossil fuel) sources — primarily coal-based power plants — contribute 245 GW to India's total installed electricity capacity of 505 GW. This represents approximately 48.5% of the total capacity, indicating that while non-fossil sources have crossed 50%, thermal power remains significant for base-load electricity generation.
What is the significance of India achieving 50% non-fossil electricity capacity?
Crossing the 50% non-fossil electricity threshold is a landmark achievement for India's energy transition. It demonstrates India's commitment to clean energy, helps reduce carbon emissions from the power sector, strengthens energy security by reducing dependence on imported fossil fuels, and positions India as a leader in renewable energy deployment among major economies globally.
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