Wind Power India
Research Bench
Installed Wind
48.2 GW
FY30 Target
140 GW
Potential @150m
1,164 GW
FY25 Auction Low
₹3.15/kWh
National Avg PLF
~24%
Top-Decile PLF
38 – 42%
1. Resource & Wind Regime
#@150m potential#offshore#Class I speed#P50→P90

India's wind resource at 150m hub height reveals 1,164 GW of technically exploitable capacity — nearly 7× current installed base. The resource is concentrated in 7 states, with Gujarat, Tamil Nadu, Rajasthan, Karnataka and Andhra Pradesh accounting for 80%+ of Class I potential.

@150m Potential (Tech. Exploitable)1,164 GW
@120m Potential695 GW
Offshore Potential (MNRE est.)~70 GW
Class I Wind Speed (best sites)≥ 8.4 m/s
Top-site Wind Power Density≥ 400 W/m²
Air Density (avg. inland)1.18 kg/m³
P50 → P90 Spread (typical)8 – 12%
Offshore Distance (Gujarat)10 – 30 km
Source: NIWE Wind Atlas 2023 / Global Wind Atlas v3.3 / MNRE
2. Technology Benchmark — Turbines
#ALMM-II#OEM share#specific power#localisation

India's WTG market is rapidly consolidating around 3.0–4.5 MW platforms with hub heights of 140–160m, optimised for IEC Class II-III low-wind regimes. Suzlon commands ~33% market share; Inox Wind and GE account for a further 40% combined.

Avg New Install Rating (FY25)3.4 MW
Largest Commissioned (India)GE 5.3 MW Cypress
Typical Hub Height140 – 160 m
Typical Rotor Diameter160 – 172 m
Specific Power (W/m²)200 – 260 W/m²
Top OEM Share (Suzlon)~33%
ALMM-II Listed OEMsSuzlon, Inox, Windworld
Localisation Depth~70% by value
Source: JMK Research Q4 2024 / MNRE ALMM-II List / CECL Internal
3. Policy & Regulatory Stack
#Repowering Policy#Offshore#RGO 2024#RPO#ALMM-II#Sec 115BAA

India's wind policy framework has matured significantly since 2022, with the Repowering Policy, FDRE framework, and ALMM-II forming the three pillars of near-term capacity growth.

Hybrid Policy (2018)Wind+Solar co-location
Repowering Policy (2016 rev.)Pre-2000 MW eligible
RGO 2024Renewable Generation Obligation
RPO Trajectory43.33% by FY30
Offshore Wind Strategy37 GW by FY30 (MNRE)
ALMM-II (WTG)Notified; effective 2025
Sec 115BAA + Sec 32(1)CIT 25.168% + WDV 40%
Source: MNRE / MoP / CEA / PIB
4. Tariff History & Auctions
#SECI tariff#FDRE#captive#state PPA

Wind tariff discovery has followed a sharp compression from ₹5.5/kWh (FY14 SERC) to a sub-₹3.15/kWh SECI floor by FY25. FDRE/RTC blended bids command a ₹1.10–1.45/kWh premium for firm supply.

SECI Tranche I (2017)₹3.46/kWh
SECI Tranche V (2019)₹2.77/kWh (floor)
SECI Tranche XIV (FY25)₹3.15/kWh
State DISCOM (GERC FY25)₹3.78/kWh
FDRE RTC (SECI FDRE-II)₹4.45/kWh
Wind + Solar + BESS₹4.40 – ₹4.65/kWh
Captive C&I (group)₹4.20 – ₹5.00/kWh
Group Captive Uplift+15 – 20% vs. IPP
Source: SECI / MNRE / CERC / State SERC Orders
5. Grid Integration & Curtailment
#DSM#InSTS#scheduling#GNA

India's grid has improved wind integration with POSOCO scheduling reforms. National curtailment is ~2%, but localised events in Tamil Nadu can hit 8–12% in high-output months.

Scheduling Threshold±15% of declared
Deviation Band (wind)±50 paise/kWh
National Curtailment %~2% (avg FY25)
TN Peak Curtailment8 – 12%
Forecast Resolution15-min block
InSTS Charges₹0 for renewables
GNA FrameworkEffective Nov 2023
Wind LCOE Shadow (CERC)~₹2.80 – ₹3.20/kWh
Source: POSOCO / CERC / NLDC Daily Reports
6. Repowering Opportunity
#sub-2MW#energy uplift#permit cycle#site reuse

India has ~10 GW of sub-2MW turbines (pre-2005) eligible for repowering. Replacing these with 3.0–4.5 MW machines at the same sites could yield 1.6–2.4× energy uplift at ~60% of greenfield CapEx.

Sub-2MW Fleet (eligible)~10 GW (est.)
Average Fleet Age18 – 25 yrs
Existing Site PLF (avg.)18 – 22%
Post-Repower PLF (est.)30 – 38%
Energy Uplift Factor1.6 – 2.4×
Repower CapEx vs. Greenfield~60 – 65%
Site Reuse Ratio100% (no new land)
Permit Cycle12 – 18 months
Source: MNRE Repowering Policy / JMK Research / CECL Due Diligence
7. Offshore Wind Program
#floating#VGF#LiDAR#Gujarat

India's offshore program targets 37 GW by FY30, anchored in Gujarat (potential: 70 GW) and Tamil Nadu. First auction blockage resolved; VGF support framework under MNRE being finalised.

Total Offshore Potential~70 GW (MNRE)
FY30 Target37 GW
First Auction TimelineFY26 (est.)
VGF Support (draft)₹1.50 Cr/MW
Offshore LiDAR BuoysActive (Gujarat coast)
Seabed Lease Term30 yrs
Min Water Depth10 – 50 m
Tariff Range (est.)₹6.5 – ₹9.0/kWh
Source: MNRE Offshore Wind Strategy 2023 / CEA
8. Hybrid + Storage (RTC / FDRE)
#BESS sizing#CUF#FDRE#round-trip efficiency

Round-the-clock (RTC) and Firm Dispatchable Renewable Energy (FDRE) bids are the fastest-growing auction segment in India. SECI FDRE-II cleared at ₹4.45/kWh; BESS costs have fallen 40% since FY22.

RTC Clearing History₹3.99 – ₹4.65/kWh
FDRE Peak BlockSunrise to Sunset
Min Annual CUF≥ 70%
Wind Allocation (FDRE)50 – 60% of capacity
BESS Sizing (typical)2–4 hrs storage
Li-ion BESS Cost (FY25)₹2.5 – ₹3.2 Cr/MWh
Round-Trip Efficiency~85%
Hybrid Inverter Trial (MNRE)Piloted in Rajasthan
Source: SECI FDRE Tender Docs / JMK Research / MNRE
9. ESG, Community & Environment
#CO₂ payback#blade recycling#land per MW

Wind energy's ESG profile is strong: ~4–6 month CO₂ payback, low water usage, and minimal land occupation. Community engagement remains the key social challenge for greenfield projects.

Land per MW (total footprint)~0.02 km²/MW
CO₂ Payback Period4 – 6 months
Lifecycle CO₂ (g/kWh)7 – 10 g CO₂/kWh
Avian Mortality (risk)Low–Mod (site specific)
Decommissioning FundNot mandated (India)
Blade Recycling StatusPilot stage (Suzlon)
Women in Workforce~12% (industry avg.)
Noise Setback (typical)500 m residential
Source: GWEC / IRENA / CECL ESG Diligence
10. R&D Frontier
#floating LCOE#digital twin#green H₂#AWE

Next-gen wind technologies — floating offshore, airborne wind energy (AWE), and digital-twin micrositing — are at various TRL stages. Green hydrogen from dedicated wind shows sub-₹220/kg potential by FY35.

Floating Offshore LCOE (est.)₹8 – ₹12/kWh (FY30)
Digital-Twin O&M Savings8 – 15%
Green H₂ from Wind (est.)₹180 – ₹220/kg (FY35)
NGHM Outlay (MNRE)₹19,744 Cr (PLI)
AWE TRL (best-in-class)TRL 5 – 6
CFD Micrositing Accuracy±5% P50 (100m res.)
LiDAR Adoption (India)~35% new projects
Hybrid Inverter Field TrialRajasthan (MNRE pilot)
Source: IRENA / NREL / CECL R&D Watch
11. State Comparator
#installed GW#avg PLF#best WPD#tariff

Six states account for 90% of India's installed wind capacity. Gujarat leads additions in FY25 with 3.4 GW, while Tamil Nadu has the highest historical fleet.

Gujarat — Installed11.0 GW | PLF 26% | ₹3.78/kWh
Tamil Nadu — Installed9.5 GW | PLF 29% | ₹3.95/kWh
Karnataka — Installed6.1 GW | PLF 28% | ₹4.05/kWh
Rajasthan — Installed7.1 GW | PLF 32% | ₹3.62/kWh
Andhra Pradesh4.2 GW | PLF 27% | ₹3.85/kWh
Maharashtra3.8 GW | PLF 23% | ₹4.12/kWh
Source: MNRE Physical Progress / State SERC Orders / NIWE
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Trained on CECL's proprietary Indian wind power archive and authoritative public datasets spanning 2001 → 2026 — policy orders, auction L1s, repowering economics, offshore VGF frameworks. Answers cite primary sources.

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