Every renewable-energy target India has ever set has been revised upward, not down. A 20 GW solar goal became 100 GW. A 175 GW renewables basket became a 500 GW non-fossil target. By June 2026, installed capacity had already grown nearly fourfold since 2014.
MCQ QuestionsIndEco0210
Renewable Energy in India
A target that keeps getting revised upward — and capacity that keeps catching up.
30 JUN 2008
NAPCC Launched
The National Action Plan on Climate Change sets out eight national missions.
2015
175 GW Target Set
India’s Paris Agreement pledge sets a 175 GW renewables target for 2022.
COP26, 2021
500 GW by 2030
India raises its non-fossil capacity target to 500 GW, as part of its Panchamrit pledges.
30 JUN 2026
288.58 GW Reached
Installed renewable capacity nearly quadruples since 2014’s 76.38 GW.
The pattern: every renewable-energy target India has set has been revised upward, not down — 20 GW became 100 GW, then folded into a 175 GW basket, now itself folded into an even bigger 500 GW non-fossil goal.
Indian Economymcqquestion.com
🕓 Timeline
30 June 2008: NAPCC launched
- The National Action Plan on Climate Change (NAPCC) launches, setting out eight national missions.
January 2010: National Solar Mission
- The National Solar Mission launches under NAPCC, with an initial 20,000 MW target for 2022.
2015: Paris pledge sets 175 GW
- India’s Paris Agreement pledge sets a target of 175 GW of renewable capacity by 2022.
2021, COP26: 500 GW target
- India raises its target to 500 GW of non-fossil fuel capacity by 2030.
30 June 2026: 288.58 GW reached
- Installed renewable capacity reaches 288.58 GW, nearly four times 2014’s 76.38 GW.
✅ Must Know
Installed capacity today
- India’s renewable energy installed capacity reached 288.58 GW, as of 30 June 2026. This is nearly four times the 76.38 GW installed in 2014.
The four-source breakdown
- This capacity spans four sources: solar (162.15 GW), wind (57.44 GW), hydro power (57.24 GW), and bio power (11.75 GW).
Including nuclear
- Including nuclear power (8.78 GW), India’s total non-fossil fuel capacity reached 297.36 GW, as of 30 June 2026.
Investment attracted
- India’s renewable energy sector attracted about USD 45.72 billion in FDI, from FY 2014 to FY 2026. Domestic institutions deployed ₹12.32 lakh crore over the same period.
Current national target
- India’s current national target is 500 GW of non-fossil fuel capacity by 2030. This was set at COP26, in 2021.
Where it all started
- The National Action Plan on Climate Change (NAPCC), launched 30 June 2008, first set India’s climate strategy in motion, through eight national missions.
💡 Good to Know
The Solar Mission’s revised target
- The National Solar Mission, one of NAPCC’s eight missions, launched in January 2010. Its original 20,000 MW target for 2022 was raised to 100,000 MW (100 GW) in 2015.
The 175 GW breakdown
- India’s Paris Agreement climate pledge set a target of 175 GW of renewable capacity by 2022: 100 GW solar, 60 GW wind, 10 GW bio power, and 5 GW small hydro.
The pace needed for 500 GW
- To reach 500 GW by 2030, the government has said it plans to add about 50 GW of new renewable capacity every year, needing about ₹33 lakh crore in investment.
Solar leads the mix
- Solar power alone makes up more than half of India’s current renewable mix, at 162.15 GW. See IndEco0121 — Solar Energy in India, for the sector’s own detailed story.
Wind and hydro run neck and neck
- Wind and hydro power contribute roughly equal shares today, at 57.44 GW and 57.24 GW respectively.
What Distributed Energy Resources are
- Distributed Energy Resources (DERs) are small-scale power sources or storage units sited close to where electricity is actually used, rather than at a large central plant. Battery storage, biomass generators, fuel cells, and rooftop solar photovoltaic units are all classic examples of DERs.
☀ Regional Variation in Solar Development
Why irradiance varies by region
- Western and peninsular arid states receive far more direct solar irradiance than the cloudier, higher-rainfall east and northeast, making them naturally better suited to solar generation.
Why land availability varies by region
- States like Rajasthan and Gujarat have vast tracts of arid, sparsely cultivated land ideal for large solar parks. Densely populated, agriculturally intensive states like Bihar and West Bengal have far less spare land to offer.
Bhadla Solar Park as the extreme example
- Bhadla Solar Park in Rajasthan, one of the world’s largest solar installations, exists specifically because of this combination: high irradiance and abundant low-value desert land.
Early movers on policy and land banks
- States like Rajasthan, Gujarat, and Karnataka moved early to create dedicated solar land banks and proactive state policies, giving them a head start that compounded over time.
Grid infrastructure reinforces the gap
- Solar-rich states with pre-existing strong grid infrastructure could evacuate power more easily, while remote high-potential sites elsewhere sometimes lack adequate transmission capacity.
Rooftop solar follows a different pattern
- Rooftop solar adoption skews toward urban, industrialised states with higher electricity costs and stronger net-metering policies, like Gujarat, Maharashtra, and Delhi, a different regional pattern from utility-scale solar parks.
Regions with genuinely lower potential
- The northeast and hilly regions face real physical limits: more cloud cover, more rainfall, and less flat land, giving them structurally lower solar potential regardless of policy effort.
🌬 Why Wind Energy’s Spread Is Limited
Where wind potential concentrates
- Wind potential concentrates heavily in a handful of states: Tamil Nadu, Gujarat, Karnataka, Andhra Pradesh, Maharashtra, and Rajasthan together account for the large majority of India’s installed wind capacity.
Viable wind speeds are geographically narrow
- Commercially viable, consistent wind speeds exist only in specific corridors, coastal belts and certain mountain passes, not uniformly across the country.
Seasonal variability limits output
- Wind patterns in many Indian sites are linked to the monsoon, producing strong generation for part of the year and much weaker output the rest of the time, limiting a site’s overall capacity utilisation.
Land-use conflicts complicate siting
- Good wind sites often overlap with agricultural or forest land, requiring careful, sometimes contested, siting decisions that a purely resource-driven plan wouldn’t need to navigate.
Grid connectivity gaps discourage investment
- Remote high-wind sites often lack adequate transmission infrastructure to evacuate the power they could generate, discouraging investment even where the wind resource itself is strong.
Offshore wind remains nascent
- Unlike parts of Europe, India’s offshore wind sector is still in early stages, via schemes like Viability Gap Funding for offshore projects, limiting access to potentially large untapped coastal wind resources.
Test Yourself
🌟 Great to Know
Targets slip, but keep rising
- India’s targets have consistently been revised upward, even when earlier deadlines slipped. The National Solar Mission’s 100 GW solar target, originally set for 2022, was actually reached in January 2025, about three years late. See IndEco0191 — National Solar Mission.
Falling costs drove the growth
- Falling solar costs, down roughly 80% over the past decade, have been a major driver of this growth.
The Panchamrit connection
- India’s renewable push connects to its wider Panchamrit commitments from COP26, including a pledge to meet half its energy needs from renewable sources by 2030.
Bio power stays the smallest source
- Bio power is the smallest of India’s four renewable sources today, at 11.75 GW. It remains a much smaller contributor than solar, wind, or hydro.
📰 Current Affairs
22 July 2026: wind performance detailed
- The government detailed India’s wind-energy performance in more depth. Wind power generation reached 106 billion units in FY 2025-26, from a 57,443 MW installed base as of 30 June 2026. (Source: PIB)
Wind additions accelerating
- Annual wind capacity additions have accelerated over three years: 3,253 MW in 2023-24, 4,151 MW in 2024-25, and 6,057 MW in 2025-26. (Source: PIB)
India ranks 4th globally in wind
- As per the Global Wind Energy Council’s (GWEC) 2026 report, India ranked 4th globally in wind energy installation, as of 31 December 2025. (Source: PIB)
Supporting policies for wind
- Supporting policies include the Green Energy Corridor Scheme for power evacuation, and a Viability Gap Funding scheme for offshore wind projects. The National Repowering and Life Extension Policy for Wind Power Projects, 2023, is another. (Source: PIB)
Energy Statistics India 2026 released
- MoSPI released the 33rd edition of “Energy Statistics India 2026.” India’s Total Primary Energy Supply (TPES) reached 39,055 Petajoules in 2024-25, up from 37,936 Petajoules in 2023-24. (Source: PIB)
Renewable potential estimate doubled
- Total Renewable Energy Potential, as of 31 March 2025, was estimated at 4,704,043 MW, more than double the 2,109,655 MW estimated a year earlier. (Source: PIB)
Battery storage investment plan
- Minister of State for Power Shripad Naik told the Rajya Sabha that India will invest ₹3.49 lakh crore in Battery Energy Storage Systems (BESS) by 2031-32, rising from 8.68 GW/34 GWh by 2026-27 to 47.24 GW/236 GWh by 2031-32. (Source: RJ Associates Media)
300 GW non-fossil milestone crossed
- As of 31 July 2026, India crossed 300 GW of non-fossil fuel power capacity, over 60% of the 500 GW target set for 2030. Non-fossil sources now supply over 54% of India’s total electricity capacity. (Source: PIB)
FY 2025-26 added a record 55.29 GW
- FY 2025-26 alone added a record 55.29 GW of non-fossil capacity. Renewable generation grew from 190.96 billion units in 2014-15 to 477.79 billion units in 2025-26. Domestic solar-module manufacturing under ALMM has also crossed 200 GW, up from just 2.3 GW in 2014. (Source: PIB)
📝 Previous Year Questions
UPSC Mains 2022 GS Paper I, Q7
UPSC Mains 2020 GS Paper I, Q16
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