The Big Picture
India's Energy Transition — March 31, 2026Installed Capacity Mix
Share of 520.51 GW totalSector Deep Dives
Solar · Wind · Bioenergy · Green HydrogenCAPEX 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 → FY28Module Capacity
Cell Capacity
Wafer Capacity
Exports (Solar PV)
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 2026India 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.
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.
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.
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.
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.
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 futureEnergy Mix Evolution
Fossil vs Non-Fossil share over decades"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