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India Renewable Energy
Dashboard 2026

Data as of: March 31, 2026 · PIB/MNRE
Sources: MNRE · PIB · IEA · IRENA · CEA · Economic Survey 2025-26
Coverage: Solar · Wind · Bioenergy · Green Hydrogen
🏆 Tipping Point Crossed

India crossed 50% non-fossil installed capacity in June 2025 — five years ahead of the Paris Agreement commitment. Total RE (incl. large hydro): 274.68 GW. Non-fossil capacity (RE + Nuclear): 283.46 GW as of March 31, 2026 · PIB/MNRE.

The Big Picture

India's Energy Transition — March 31, 2026
Total Power Capacity
520.51GW
PIB / CEA, 2026
Total RE Capacity
266.69GW
Incl. large hydro · MNRE Feb 2026
Non-Fossil Share
51.93%
Economic Survey 2025-26 · Dec 2025
Solar Installed
143.60GW
MNRE, Feb 28 2026
Wind Installed
55.13GW
MNRE, Feb 28 2026
Record Year Addition
52,537MW
Highest ever single-year · FY2025-26
RE Generation Growth
+20% YoY
IEA Electricity 2026
Wholesale Price Trend
−16% YoY
IEA Electricity 2026

Installed Capacity Mix

Share of 520.51 GW total
India's 520.51 GW installed base — energy source breakdown
Coal ~27.6%
Solar 27.6%
Wind 10.6%
Hydro 11.2%
Bio
Nuc
Gas+Other 18.8%
Solar 143.6 GW
Wind 55.1 GW
Large Hydro ~58 GW
Bioenergy ~11.6 GW
Coal ~143 GW (est.)
Nuclear 1.8%
Gas + Other 18.8%

Sector Deep Dives

Solar · Wind · Bioenergy · Green Hydrogen
Total Installed
143.60GW
MNRE Feb 28, 2026
YoY Growth
~41%
Nov 2024 → Nov 2025
FY26 Additions
37.9GW
Apr 2025–Feb 2026 · Record pace
2030 Target
~280GW
MNRE / Paris NDC
Utility Tariff
₹2.0–2.8/u
Cheaper than coal (₹4.5–6.0)
CAPEX / MW
₹4–5Cr
Utility-scale ground-mounted
Segment Breakdown (143.60 GW)
Utility-Scale Ground Mounted109.50 GW (76%)
Grid-Connected Rooftop24.86 GW (17%)
Off-Grid & Hybrid9.24 GW (7%)
✓ Key Advantages Cheapest electricity at ₹2.0–2.8/unit — beats new coal. 12–18 month deployment. 4–7 kWh/m²/day resource. 144 GWp/year module capacity — net exporter. No fuel cost. Scales from 1kW to 5,000 MW.
⚠ Key Challenges 10–30% curtailment in Gujarat, Maharashtra, Tamil Nadu. 44 GW stranded PPAs. DISCOMs owe >$9B. Land acquisition. China controls >90% polysilicon/wafers. Grid frequency exceeded safe band 20%+ of Q3-Q4 2025.
Growth Forecast
CY2026
~166 GW
CY2027
~207 GW
CY2028
~249 GW
2030 Target
~280 GW
Total Installed
55.13GW
MNRE Feb 28, 2026
Global Rank
4th
IRENA 2025 · Cumulative capacity
FY26 Additions
4,613MW
Apr 2025–Jan 2026 · +44% YoY
2030 Target
107–122 GW
MNRE / CEA National Electricity Plan
Wind Potential
1,164GW
Only ~5% utilised to date
Onshore CAPEX
₹5.5–8Cr/MW
Tariff: ₹3.0–4.0/unit
✓ Key Advantages Generates at night & monsoons — perfect complement to solar. Only 5% of 1,164 GW used. Suzlon & Inox Wind ~70% market share. Turbines occupy <2% of land. Offshore CUF 40–50%. Repowering opportunity.
⚠ Key Challenges Wind-rich states far from demand centres. State approvals cause 12–24 month delays. SECI cancelled 4.5 GW offshore tenders Aug 2025. Bird/bat mortality (Rajasthan). 100–120 day tender window too short for international bidders.
Growth Forecast
FY2026-27
~73 GW
2030 Target
107–122 GW
Onshore CAGR
~14.9%
3-6MW CAGR
~21.4%
Bio-Power Capacity
~11.6GW
Biomass + bagasse · MNRE FY24-25
CBG Plants (Operational)
108
SATAT portal, July 2025
Ethanol Consumption
>11B litres/yr
4× growth since 2018 · IEA 2026
Ethanol Blending
20%
Target met in ESY 2025-26
Global Position
#1
Fastest-growing bioenergy market · IEA 2026
Agri Waste Feedstock
750lakh T/yr
Available annually · MNRE
✓ Key Advantages Only RE source providing electricity, cooking gas, AND transport fuel. Baseload 24/7 unlike intermittent solar/wind. Ethanol blending saved >$4B/year in oil imports. Mandatory CBG blending 1% → 5% by FY29. Converts stubble burning to fuel.
⚠ Key Challenges SATAT target: 5,000 plants by 2024 — only 108 commissioned. Average plant utilisation stuck at ~35%. No organised feedstock market. Biomass power at ₹5.5–7.0/unit is 2-3× costlier than solar. Phase II not announced.
Growth Forecast (IEA 2026)
Biofuels by 2030
+50% (main)
CBG Growth
7× by 2030
Global Share
>33% demand
CBG mkt 2032
$37.6B (12% CAGR)
Current H₂ Production
6–7MT/yr
Mostly grey (fossil-based) · MNRE
NGHM Outlay
₹19,744Cr
Cabinet approved Jan 2023
Lowest Tender Price
~$3.08/kg
Numaligarh Refinery · Mar 2026
2030 Production Target
5MT/yr
NGHM official target
Cost Target 2030
$2/kg
vs grey H₂ at $1.8–2.5/kg today
Market by 2034
$35.26B
CAGR 37.9% · IMARC Group
Cost Structure — Green H₂ Production
Renewable Electricity (60–70% of LCOH)₹2–3/unit input
Electrolyser CAPEX (25–30%)$600–900/kW (alkaline)
Storage & Transport (~5–10%)Largest infrastructure gap
✓ Key Advantages Only viable solution for steel, fertilisers, heavy transport. India's cheap RE = structural cost advantage. Reduces 85%+ crude oil import dependence. Export to Japan, South Korea, Europe. World's lowest green ammonia prices already discovered.
⚠ Key Challenges Still $1.5–2.5/kg more expensive than grey H₂. 9L water per kg — major constraint in water-stressed India. Zero storage/transport infrastructure. India imports electrolysers. Demand chicken-and-egg problem.
Growth Forecast
Market 2025
$1.95B
Market 2034
$35.26B
Jobs by 2030
6 lakh
Invest. Target
₹8 lakh Cr

CAPEX Comparison Across Energy Sources

₹ crore per MW
Energy Source CAPEX (₹ Cr/MW) Indicative Bar Tariff (₹/unit) Key Risk Factors
☀ Solar (Utility) 4–5
2.0–2.8 Intermittency, land, grid saturation
☀ Solar (Rooftop) 3.5–6
3.5–5.5 Policy continuity, rooftop access
💨 Wind (Onshore) 5.5–8
3.0–4.0 Grid evacuation, state approvals, land
💨 Wind (Offshore) 20–30
9.7–9.8 No bids received Aug 2025 — unviable without VGF
🌿 Biomass Power 4.5–6.5
5.5–7.0 Fuel cost = 60–70% OPEX, feedstock
⚫ Coal (New) 7–9
4.5–6.0 Fuel cost, emissions, long gestation (5–7 yrs)
💧 Large Hydro 8–12
3.0–4.5 Land, environment, 8–12 yr construction
⚛ Nuclear 15–20+
4.0–5.0 High capital, safety, long timelines
⚗ Green Hydrogen — $3.5–5.0/kg LCOH $3.08–5.0/kg Cost gap vs grey H₂, water, infrastructure

Solar Manufacturing Ecosystem

India's value chain build-out · FY25 → FY28

Module Capacity

FY25105 GWp
FY28 Target215–220 GWp

Cell Capacity

FY2525 GWp
FY28 Target100–105 GWp

Wafer Capacity

FY252 GWp
FY28 Target~35 GWp

Exports (Solar PV)

FY19₹8.7B
FY25₹94.6B (+10×)
Key Policy Drivers
PLI Scheme — ₹48,120 Cr · 38,500+ jobs
ALMM — 100 GW listed by Aug 2025
Basic Customs Duty — on imported modules/cells
PM-KUSUM — ₹5,000 Cr FY27 · Agri-PV
PM Surya Ghar — Subsidised rooftop solar

Cross-Sector Comparison

Solar · Wind · Bioenergy · Green H₂
Dimension ☀ Solar 💨 Wind 🌿 Bioenergy ⚗ Green H₂
Installed (Feb 2026) 143.60 GW 55.13 GW ~11.6 GW (power) Pilot stage
2030 Target ~280 GW 107–122 GW +53% CBG supply 5 MT/yr production
CAPEX ₹4–5 Cr/MW ₹5.5–8 Cr/MW ₹4.5–6.5 Cr/MW $3.5–5.0/kg LCOH
Energy Cost ₹2.0–2.8/u ₹3.0–4.0/u ₹5.5–7.0/u $3–5/kg
Global Rank 3rd (IRENA 2025) 4th (IRENA 2025) Fastest-growing (IEA) Early stage
Key Advantage Cheapest electricity; 300+ sunny days Night/monsoon power; 1,164 GW untapped Only RE that covers fuel + heat Decarbonises steel, fertilisers, shipping
Key Challenge Grid, land, DISCOMs Grid, state approvals, offshore costs Feedstock, utilisation, policy High cost, water, storage infra
Market CAGR ~41% YoY capacity ~14.9% to 2031 12% CBG to 2032 37.9% to 2034
Timeline to Scale Already at scale Scaling · offshore post-2028 Mandate-driven scale Commercial post-2028

Key Findings

Deep Dive India RE Report · March 2026
01

India has crossed the tipping point

Non-fossil sources now account for 51.93% of installed capacity (Dec 2025) — achieved 5 years ahead of the Paris Agreement commitment. The transition is irreversible.

02

Solar is cheapest & fastest-growing

At ₹2.0–2.8/unit, solar beats new coal (₹4.5–6.0/unit). Record 37.9 GW added in Apr–Feb FY26. Module manufacturing capacity: 144 GWp/year. The grid, not solar, is the binding constraint.

03

Wind has massive untapped runway

India has used only 5% of its 1,164 GW wind potential. FY26 additions (+44% YoY) are accelerating. The 3–6 MW turbine class growing at 21.4% CAGR. Offshore is a long-term strategic opportunity.

04

India leads global bioenergy growth

IEA 2026 identifies India as the world's fastest-growing bioenergy market — accounting for >33% of global demand growth to 2030. Mandatory CBG blending is a structural driver.

05

Green H₂ crosses first commercial threshold

India has already discovered green hydrogen at ~$3.08/kg — approaching the $2–3/kg competitive range. The gap to grey hydrogen is narrowing faster than expected.

06

The grid is the most urgent priority

10–30% curtailment in solar-heavy states. 44 GW of awarded capacity with unsigned PPAs. <50% of FY26 transmission targets met. Battery storage and smart grid are the critical enablers for the next phase.

India's Energy Transition Timeline

From biomass to renewables-led future
Pre-1950s
Survival Energy Phase
Traditional biomass (wood, dung, crop waste) for cooking and heating. No electricity grid. Fossil share: 85–90%.
1950–1970
Nation-Building: Coal & Large Hydro
Post-independence investment in coal mines, thermal plants, and large hydro dams. Electricity treated as public service. CAPEX: Coal ₹7–9 Cr/MW · Hydro ₹8–12 Cr/MW.
1970–1990
Oil Shocks & Energy Security
Global oil crises exposed import dependence. Coal reinforced; nuclear introduced. Early R&D in solar and wind mapping. No RE market yet.
1991–2005
Liberalisation: Wind Emerges
Economic reforms opened power sector to private capital. First commercial RE: Wind energy in Tamil Nadu and Gujarat, driven by tax incentives. Market share: ~1–2%.
2010
National Solar Mission — The Big Turning Point
Structured policy with targets, reverse auctions, and solar parks. Global module prices began their 80%+ decade-long decline. Solar becomes economically viable.
2016–2019
Solar Dominates New Capacity
Mega solar parks, competitive auctions. Solar tariffs fall below coal. Corporate & foreign capital enters. Solar goes from "green premium" to "cheapest power".
2020–2025
Tipping Point Crossed
Solar = #1 renewable. Annual additions exceed wind + hydro. Rooftop and hybrid solar rise. 51.93% non-fossil share achieved. RE transition goes from "green" → "strategic necessity". Storage, green hydrogen begin.
2026–2030
Next Phase: Grid, Storage, Green Hydrogen
Battery storage, green hydrogen, smart grids, and offshore wind become priorities. India's challenge shifts from capacity to system integration. Target: 500 GW non-fossil by 2030.

Energy Mix Evolution

Fossil vs Non-Fossil share over decades
Pre-1980s — Biomass + Coal dominant
Fossil 87%
Non-Fossil 13%
2000s — Coal + Hydro + Nuclear + early Wind
Fossil 67%
Non-Fossil 33%
2020 — Coal + Gas + Renewables
Fossil 57%
Non-Fossil 43%
2025 — Solar + Wind + Hydro + Coal (TIPPING POINT)
Fossil 48%
Non-Fossil 52% ✓
"India has already won the first half of its clean energy transition — the challenge now is building the grid, storage, and manufacturing depth to sustain it."
— Deep Dive India RE Report · March 2026 · RNB — We Manage Your Growth

Data Sources

Government · Intergovernmental · Industry
MNRE — Physical Progress Dashboard, Monthly Updates
PIB — Press releases: PRID 2228348, 1888547, 2219915
Economic Survey 2025-26 — Ministry of Finance
CEA National Electricity Plan — 2023-32
IEA Electricity 2026 — Feb 2026 report
IEA India Bioenergy 2026 — Market report
IRENA — Capacity Statistics 2025
GWEC — 'Wind at the Core' India 2025
JMK Research — Solar forecasts, pipeline data
Mordor Intelligence — Wind market Jan 2026
IMARC Group — Green hydrogen market 2025-34
SECI, IREDA, Mercom India, SBICAPS — sector data
⚖ Disclaimer — RNBCS
RNB Corporate Services (RNBCS) has compiled this dashboard for informational and research purposes only. All data presented herein has been sourced from publicly available government publications, press releases, and authoritative industry reports including MNRE, PIB, IEA, IRENA, CEA, JMK Research, pv magazine India, RE-Global, World Biogas Association, and the Global Methane Initiative, among others. While every effort has been made to ensure accuracy and currency of data as of March 31, 2026, RNBCS makes no representation or warranty, express or implied, as to the completeness, accuracy, reliability, suitability, or availability of any information contained herein.

This dashboard does not constitute investment advice, financial guidance, or a solicitation to invest in any sector, company, or instrument. Figures related to tariffs, capacities, market sizes, and projections are indicative and may vary based on project-specific conditions, policy changes, and market dynamics. Readers are advised to independently verify all data before making any business, investment, or policy decisions. RNBCS shall not be liable for any loss or damage arising from reliance on information contained in this report.

© 2026 RNB Corporate Services (RNBCS) · We Manage Your Growth. All rights reserved. Reproduction or redistribution in whole or in part requires prior written consent from RNBCS.
RNB Corporate Services (RNBCS)
India Renewable Energy Dashboard 2026 · Compiled October 2026