Union Minister Shri Pralhad Joshi inaugurates Windergy India 2026 in Chennai; Outlines Path to 100 GW Wind Capacity by 2030

1. At a Glance

• Windergy India 2026 (8th edition) is a global wind energy conference held in Chennai, 7–9 October 2026. Union Minister Pralhad Joshi (Minister for New and Renewable Energy, among other portfolios) inaugurated it on 8 October 2026 [1].
• Headline numbers: India's installed wind capacity was 59.20 GW as on 30 September 2026. The highest-ever annual addition, 6.05 GW, came in FY2026. The national ambition is 100 GW of wind capacity by 2030 [1].
• Why it matters for UPSC: it connects energy security, India's climate commitments, domestic manufacturing and exports, offshore wind, and federal issues such as land, Right-of-Way and clearances. GS-III Energy is the core area.

2. Why in the News

• Windergy India 2026 was inaugurated in Chennai on 8 October 2026. It had about 400 exhibitors from more than 20 countries, 500 delegates, and country pavilions from Denmark, Germany and Spain [1].
• The Union Minister said FY2027 installations are expected to beat the FY2026 record of 6.05 GW [1].
• Agreements announced at the event: IWTMA–BWE Global MoU, IWTMA–PTB Letter of Intent (LoI) and IWTMA–OECD collaboration, all aimed at technological advancement in the wind sector [1].
• Two reports were released: "Energy Transition in Tamil Nadu" and "Reimagining Contractual Mechanism for Indian Wind Sector" [1].
• State governments were felicitated for land facilitation, timely clearances and resolving Right-of-Way (RoW) issues. Tamil Nadu's Energy Minister C.T.R. Nirmal Kumar highlighted the state repowering policy [1].

3. Background & Evolution

• March 2014: installed wind capacity was 21.04 GW [2].
• 6 October 2015: the National Offshore Wind Energy Policy was notified [3].
• 2019: India signed an offshore wind capacity-building agreement with Denmark's Ministry for Energy, Utilities and Climate [2].
• 2023: the National Repowering and Life Extension Policy for Wind Power Projects, 2023 was issued [6].
• September 2023: the revised Offshore Wind Energy Strategy (Revision 02) set out a 37 GW bidding trajectory by 2030 [3][6].
• 19 December 2023: the Offshore Wind Energy Lease Rules, 2023 were notified [3].
• FY2024-25: a then-record 4.15 GW was added [2].
• May 2025: the India–Denmark MoU was renewed [2].
• January 2026: a Task Force was set up to address regulatory, land, transmission and implementation problems [2].
• February 2026: the India–UK Offshore Wind Taskforce was launched under Vision 2035 and the Fourth India–UK Energy Dialogue [2].
• FY2025-26: a record 6.05 GW was added, about 46% more than FY2024-25 [5]. Capacity reached 56.09 GW by March 2026, 2.66 times the 2014 level [2].
• 30 June 2026: capacity stood at 57,443 MW [4].
• 30 September 2026: capacity stood at 59.20 GW [1].

4. Core Static Facts

5. Multi-Dimensional Analysis

Economic

• The 24 GW manufacturing base and 70–80% indigenisation support export ambitions. The industry report "Elevating India's Wind Turbine Exports for Global Markets" was released in June 2026 [2]. The Minister spoke of "global leadership in wind energy production and exports" [1].
• CfD pilot (500 MW) and GBI reduce price volatility and give developers revenue certainty, which lowers the cost of capital [2].
• Derived calculation (for analysis, not an official figure): reaching 100 GW from 59.20 GW (30 September 2026) means adding about 40.8 GW by 2030, or roughly 12 GW a year. That is about twice the FY2026 record of 6.05 GW [1]. The 28 GW pipeline [2] covers only part of this gap.

Environmental / Energy security

• About 45% of wind generation happens during peak demand hours. This complements solar, which produces only in the daytime, and improves grid reliability [2].
• Repowering aims to get more energy (kWh) per square kilometre from old sites by replacing old turbines with modern ones. This reduces the need for new land [6].

Scientific / Technological

• Mapping at 150 m hub height raised the assessed potential to 1,163.9 GW, compared with 695.5 GW at 120 m. Taller turbines unlock more wind [2].
• Offshore turbines can be up to about 15 MW each, far larger than onshore units. This gives better yields but at higher infrastructure cost [3].
• Priorities include AI-based forecasting, grid modernisation and storage-linked RTC models [2].

Administrative / Federal

• Land, Right-of-Way and clearances are state subjects in practice. That is why states were felicitated for performance on these at Windergy [1], and why the January 2026 Task Force targets them [2].
• Wind capacity is concentrated in five states [4]. The push into Madhya Pradesh, Telangana and Odisha is meant to spread it out [2].

Geopolitical / Strategic

• Partnerships: India–UK Offshore Wind Taskforce (2026), the India–Denmark MoU (2019, renewed May 2025), and India–Belgium cooperation reaffirmed at WEF 2026 [2]. Denmark, Germany and Spain had country pavilions at Windergy 2026 [1].
• The IWTMA–OECD collaboration links Indian industry with a multilateral policy body [1].

6. Recent Developments (last 12–18 months)

• May 2025: India–Denmark offshore wind MoU renewed [2].
• January 2026: Task Force set up for wind sector bottlenecks [2].
• February 2026: India–UK Offshore Wind Taskforce launched [2].
• FY2025-26: record 6.05 GW added; 106 BU generated [5]. ₹500 crore GBI disbursed [2].
• March 2026: 56.09 GW installed; manufacturing capacity about 24 GW [2].
• 15 June 2026: Global Wind Day Conference in Goa [2].
• 30 June 2026: 57,443 MW installed [4].
• 30 September 2026: 59.20 GW installed [1].
• 7–9 October 2026: Windergy India 2026 in Chennai, with MoUs and reports announced [1].

7. Prelims Hooks

• Windergy India 2026 was the 8th edition, held in Chennai, 7–9 October 2026 [1].
• Installed wind capacity was 59.20 GW as on 30 September 2026 [1].
• The highest-ever annual wind addition was 6.05 GW, in FY2025-26. The previous record was 4.15 GW in FY2024-25 [2].
• India ranks 4th globally in installed wind capacity [2].
• Gross wind potential is 1,163.9 GW at 150 m and 695.5 GW at 120 m [2].
• Rajasthan has the highest assessed wind potential at 150 m (284.2 GW). Gujarat has the highest installed capacity (16,086 MW as of June 2026) [2][4].
• The National Offshore Wind Energy Policy was notified on 6 October 2015 [3].
• The Offshore Wind Energy Lease Rules, 2023 were notified on 19 December 2023 [3].
• Offshore VGF is ₹6,853 crore for 1 GW: 500 MW off Gujarat and 500 MW off Tamil Nadu [2].
• NIWE, Chennai is the nodal agency for offshore wind [3].
• The offshore bidding trajectory is 37 GW by 2030 [6].
• Wind targets are 100 GW by 2030 and 156 GW by 2036 [1][2].
• Global Wind Day is 15 June. The 2026 Indian conference was held in Goa [2].
• A 500 MW Contracts for Difference pilot was launched for wind [2].
• Turbine manufacturing capacity is about 24 GW (March 2026), with 70–80% indigenisation [2].

8. Why Doubling the Pace Is Harder Than the Record Suggests

• Wind has always grown slower than its potential
• In 2022, the Standing Committee on Energy said India's commercially usable wind potential was more than 200 GW [7].
• Only 41 GW, about 20% of that, was installed by May 2022 [7].
• From March 2014 to May 2022, wind capacity grew 93%. Solar grew 2064% in the same period [7].

• So the 6.05 GW record of FY2026 [5] is a jump from a low base. It does not yet show a steady new pace.

• The switch to auctions cut prices, and with them developer profits

• Before 2017, wind used a feed-in tariff (a fixed price, above the market rate, guaranteed to the producer) [7].
• From 2017, prices were set by competitive bidding (developers compete to offer the lowest price). Tariffs fell from ₹4–5 per unit to ₹2.5–3 per unit [7].

• The Committee said developers bid too aggressively. At such low prices, many projects stop being profitable to build [7].

• A project that is awarded is not a project that is built

• Solar-wind hybrid projects: 4,250 MW had been awarded, but only 201 MW was running by February 2022 [7].
• That is less than 5% conversion at that point.
• So the 28 GW "under implementation" [2] cannot simply be added to 59.20 GW [1]. Some of it may come late, or never.

9. Why Not Just Build More Solar? The Case and the Answer

• The strongest argument against pushing wind
• Solar has grown about 20 times faster than wind since 2014 [7].

• Auctions reward the cheapest power. If solar wins on price, why should government spend money (GBI, VGF, CfD) to support wind [2]?

• The answer: wind fills the hours solar cannot

• About 45% of wind generation comes in peak demand hours, including evenings when solar produces nothing [2].

• The cheapest power per unit is not the cheapest system. Without wind, more expensive storage would be needed for evening peaks.

• The answer: wind is made in India; solar mostly is not

• The Committee noted that solar was given priority even though India is strong in wind manufacturing and solar depends on imports [7].

• Wind has 70–80% indigenisation in key parts and about 24 GW of factory capacity [2].

• What the critics get right

• Wind still needs support schemes to compete. Until bids are both low and actually built, the 100 GW target relies on policy help, not only on market pull [2][7].

10. Where the Wind Is Strongest, an Endangered Bird Lives Too

• Rajasthan has the most wind but very little of it is used
• Rajasthan has the highest wind potential: 284.2 GW at 150 m [2].

• It has only 5,516 MW installed, the lowest of the top five states [4].

• Power lines kill the Great Indian Bustard

• The bird is heavy, flies fast, cannot turn quickly and sees poorly straight ahead. So it crashes into overhead power lines [8].
• In April 2021, the Supreme Court restricted new overhead lines over about 99,000 sq km of its habitat in Rajasthan and Gujarat [9].

• Wind farms cannot sell power without lines to carry it. Restricting lines blocks the wind farms too.

• Putting all lines underground does not work for big lines

• It was argued before the Court that lines of 60 kV (kilovolt, a measure of line voltage) and above cannot practically go underground, because one fault would cut off a lot of generation [8].

• In March 2024, the Court set up an expert committee to decide case by case [9]. Later orders asked for targeted undergrounding. In Rajasthan, 80 km of 104 km of 33 kV lines were to go underground. In Gujarat, nine 66 kV lines covering 64.9 km were recommended [8].

• Why this matters for the exam

• Here two environmental goods clash: saving a species and cutting carbon emissions.
• The Court is now trying to balance the two, instead of saying one always wins [9].

11. Who Pays the Wind Developer, and How Late

• States owe developers large sums
• In March 2022, DISCOMs (state power distribution companies) owed wind developers ₹14,247 crore in overdue payments [7].
• Loans to wind projects that had turned into NPAs (loans not being repaid) were ₹600 crore [7].

• When payments come late, lenders see wind as risky. They charge higher interest, and the project then needs a higher tariff.

• The rule that should create demand is not enforced

• The RPO (Renewable Purchase Obligation: the share of power a DISCOM must buy from renewables) was 19% [7].
• Only four states met it [7]. Most DISCOMs faced no real penalty for falling short.

• If DISCOMs do not have to buy wind power, they have no reason to sign new contracts. Then auctioned capacity stays on paper.

• What has changed since

• The Late Payment Surcharge Rules and a separate wind share in the RPO now exist [2].
• The Committee's main point still applies: these rules work only if states actually enforce them [7].

12. Offshore Wind: A 37 GW Plan on a 1 GW Budget

• The money covers a small part of the plan
• VGF (Viability Gap Funding: a one-time government grant that makes a costly project affordable) is ₹6,853 crore for only 1 GW [6].

• The bidding plan is 37 GW by 2030 [3].

• The rest must be built with no grant at all

• The 4 GW tender off Tamil Nadu (four blocks of 1 GW) was offered on open access terms. The developer sells power directly to consumers and gets no VGF [10].
• Offshore turbines (up to about 15 MW) need ports, ships and undersea cables. They cost far more than onshore turbines [3].

• Without a grant or an assured buyer, few developers may take on that risk.

• Big potential has not yet become projects

• In 2022 the Committee noted about 70 GW of offshore potential off Gujarat and Tamil Nadu, and not a single project [7].
• None of the note's sources report an offshore project running by October 2026.

13. What MNRE, SECI and the States Should Do Next

• SECI and MNRE: punish developers who walk away from bids
• The Standing Committee asked for heavy penalties on developers who back out on their own, and blacklisting of repeat defaulters [7].

• This stops unrealistic low bids that are never built.

• State regulators: enforce RPO with real penalties

• The Committee asked for RPO compliance to be enforced, with penalties for DISCOMs that fall short [7].

• This gives developers an assured buyer.

• Tamil Nadu and Gujarat: repower old sites first

• The Committee recommended replacing old turbines in high-potential states [7]. The 2023 Repowering Policy now provides for it [6].

• Old sites already have land and power lines. This avoids new land fights and bustard habitat.

• MNRE and the Court's expert committee: plan power-line routes early

• Line routes in Rajasthan and Gujarat should be cleared with the Supreme Court's committee before auctions, not after [8][9].

• Otherwise wind farms get built but cannot send out their power.

• MNRE: widen VGF or CfD support for offshore

• The 500 MW CfD pilot (Contracts for Difference: the government pays the gap if market price falls below an agreed price) [2] could be extended to offshore blocks that now get no grant [10].

14. Anchors for Answers

• Data: 41 GW installed vs >200 GW commercially usable potential (May 2022), about 20% used [7]
• Data: ₹14,247 crore of DISCOM dues to wind developers (March 2022) [7]
• Data: 4,250 MW of hybrid projects awarded, only 201 MW running (Feb 2022) [7]
• Report/Committee: Standing Committee on Energy, "Evaluation of Wind Energy in India", August 2022 [7]
• Law/Case: M.K. Ranjitsinh v. Union of India (WP(C) 838/2019): 2021 interim order restricting overhead lines over ~99,000 sq km of bustard habitat; 2024 judgment created an expert committee [9]; later orders on targeted undergrounding [8]
• Scheme: Offshore Wind VGF (₹6,853 crore, 1 GW) vs the no-VGF 4 GW open access tender off Tamil Nadu [6][10]

15. Mains Relevance

• GS-III: Infrastructure (Energy); Conservation and Environment; Investment models; Indigenisation of technology.
• GS-II: Bilateral relations (India–Denmark and India–UK energy partnerships); Centre–State relations (land, RoW, clearances).
• Possible questions: 1. India added a record 6.05 GW of wind capacity in FY2026, yet the 100 GW-by-2030 target needs roughly double that pace. Identify the constraints and suggest measures. (15 marks) 2. Offshore wind can be the next frontier of India's energy transition. Examine the policy framework and the challenges involved. (10 marks) 3. Discuss the role of repowering and hybrid or round-the-clock renewable models in making the best use of India's wind resources. (10 marks)

16. Related Topics to Study Next

• National Offshore Wind Energy Policy 2015 and Lease Rules 2023: the regulatory base for offshore wind and the VGF scheme.
• Repowering and Life Extension Policy 2023: improves land-use efficiency at old wind sites.
• 500 GW non-fossil target by 2030 and India's NDCs: the wider target that wind contributes to.
• Renewable Purchase Obligations (RPO) and Green Energy Open Access Rules: the demand-side tools.
• Green Energy Corridors and ISTS transmission: grid evacuation is a key bottleneck.
• ALMM and PLI-style manufacturing policy: domestic value chain and exports.
• Wind–solar hybrid policy and RTC power: firming variable renewable energy.
• NIWE and wind resource assessment: the technical basis for potential estimates.

17. NCERT Concepts to Revise

• Offshore wind energy (Geography): Offshore wind is the next frontier in the note, with 37 GW bidding plans off Gujarat and Tamil Nadu.
• Viability gap funding (Economy): The ₹6,853 crore offshore grant covers only 1 GW, which is why the 37 GW plan looks underfunded.
• Renewable purchase obligation (Economy): Weak enforcement of these mandates leaves distribution companies with no reason to buy wind power, so awarded capacity stays unbuilt.
• Great Indian Bustard (Geography): Power lines that kill this bird led the Supreme Court to restrict lines that wind farms need.
• Feed-in tariff (Economy): Moving from fixed feed-in tariffs to auctions cut wind prices and developer profits, a key reason growth lagged.
• Non-conventional energy sources (Geography): Places wind within India's 500 GW non-fossil target for 2030, the wider goal the note refers to.

18. Common Errors / Trap Areas

• Wrong ministry. Wind energy falls under MNRE, not the Ministry of Power or MoEFCC. Pralhad Joshi also holds other portfolios [1].
• Potential vs installed capacity. Rajasthan leads in potential (at 150 m). Gujarat leads in installed capacity, followed by Tamil Nadu [2][4]. Do not mix them up.
• Year of the offshore policy. It was notified in 2015 [3]. Some secondary text gives 2016. The 2023 strategy and the 2023 Lease Rules are separate instruments.
• Mixing up capacity figures by date. 56.09 GW (March 2026), 57.443 GW (June 2026) and 59.20 GW (September 2026) are all correct for their own dates [1][2][4].
• Offshore VGF capacity. The ₹6,853 crore covers 1 GW (500 MW + 500 MW), not the full 37 GW trajectory [2][6].
• Hub height matters for potential. 1,163.9 GW is the figure at 150 m. At 120 m it is 695.5 GW [2].