India’s rechargeable battery-cell demand forecast to grow 39% annually through FY30
Nuvama expects India’s advanced rechargeable battery-cell demand to expand at a 39% CAGR from 2025 to 2030, driven by EV adoption and battery energy storage. More than 10 manufacturers have announced about 178 GWh of domestic capacity.
What happened
Nuvama forecasts India’s advanced rechargeable battery-cell demand will grow 39% annually through 2030, supported by EV and storage demand, ACC manufacturing
Key facts
- India ACC demand CAGR: 39% (2025-2030)
- EV battery demand CAGR: about 35% (FY25-FY30)
- BESS sector CAGR: 78% (FY25-FY30)
- Lithium-ion share of global ACC demand: over 95%
- ACC battery PLI scheme outlay: ₹18,100 crore
- Domestic cell manufacturing target under PLI: 50 GWh
- Announced battery manufacturing capacity: about 178 GWh across over 10 manufacturers
- Global ACC demand CAGR: about 20% (CY25-CY30), about 8% (2030-2035)
- Global ACC supply CAGR: 10% (2025-2030), 4% (2030-2035)
Why this matters
Companies should prioritize battery-cell supply, recycling, BESS and EV ecosystem partnerships before domestic capacity buildouts intensify competitive positioning.
What to watch
- Commissioning dates and actual utilization rates for Indian giga-factories versus the announced 178 GWh pipeline.
- Cell price trends in India relative to Chinese imports, including tariffs, production-linked incentives, and logistics costs.
- EV two-wheeler, three-wheeler, passenger-vehicle, and commercial-fleet sales growth.
- Battery energy storage tenders, renewable-project mandates, and commercial-and-industrial storage adoption.
- Lithium, graphite, nickel, phosphate, and electrolyte supply agreements, recycling capacity, and raw-material price volatility.
- Changes in charging infrastructure rollout, battery-swapping policy, safety standards, and battery warranty claims.
- Track which announced cell projects have secured financing, technology partners, land, equipment orders, and customer offtake agreements rather than relying on headline capacity.
- Build sourcing strategies around dual supply: domestic cells for supply security and imported cells for price competitiveness during the ramp-up period.
- Retailers with delivery fleets should evaluate electric two- and three-wheelers alongside depot or store-level charging and battery-swapping partnerships.
- Consumer-electronics and appliance sellers should prepare for stronger demand in power banks, inverter-battery systems, rooftop-solar storage bundles, and battery replacement services.
- Monitor opportunities to use battery storage at stores, warehouses, and cold-chain sites to reduce diesel-generator exposure and manage peak electricity costs.