2022 · GS Paper 1 · Q7 · 10 marks

Examine the potential of wind energy in India and explain the reasons for their limited spatial spread.

In short

India's wind potential, about 1,164 GW at 150 m hub height per NIWE, is barely tapped and confined to eight western and southern states because of local wind regimes, bustard habitat limits, a thin grid and tight auction tariffs. Installed capacity stood at 47.96 GW in November 2024.

Model answer

Ghissu Editorial · Verified 4 Oct 2026

Introduction
India has the world's fourth-largest wind fleet at 47.96 GW (November 2024), yet NIWE puts the technical potential at about 1,164 GW at 150 m hub height, and almost all capacity sits in eight western and southern states.
Potential of Wind Energy in India
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Onshore resource

NIWE estimates about 695 GW at 120 m and 1,164 GW at 150 m, led by Gujarat, Rajasthan, Tamil Nadu and Karnataka.

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Offshore frontier

About 70 GW is identified off Gujarat and the Gulf of Mannar, with 2024 viability gap funding for the first 1 GW.

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Complement to solar

Wind peaks in monsoon and evening hours, making hybrids under the 2018 policy useful for round-the-clock power.

Reasons for the Limited Spatial Spread
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Physical geography

Strong, steady winds occur where gaps such as Palghat and Aralvaimozhi funnel the monsoon, or along the Kutch coast and in the Thar; the Gangetic plain is calm.

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Ecology and land

The Supreme Court's 2021 Great Indian Bustard order on power lines in Rajasthan and Gujarat slowed projects.

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Grid limits

Evacuation lines and the Green Energy Corridor exist only around windy pockets, and Tamil Nadu often curtails wind power.

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Auction economics

Reverse auctions since 2017 drove tariffs near ₹2.43 per unit, so only the windiest sites can bid.

Conclusion
India's constraint is less a shortage of wind than of spread. Taller towers, repowering of old turbines, offshore projects and hybrid parks can widen the map and help reach 500 GW of non-fossil capacity by 2030.

This model answer is indicative and the model can make mistakes; please verify key facts independently.

Hand-drawn map: Wind energy belt of India. Marked: Muppandal, Palghat Gap.
Map: Wind energy belt of India
Hand-drawn diagram: Why Wind Stays Clustered. Why Wind Stays Clustered. Flow: Windy passes and coasts → Early projects cluster → Grid built there → Lowest bids win there → New projects follow → (back to start)
Diagram: Why Wind Stays Clustered

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Question from the official UPSC Civil Services (Main) Examination 2022 paper. Answer written by Ghissu's engine and checked against our editorial standards. Found an error? Tell us and we correct it within 48 hours.

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