EV Manufacturing in India 2026: Battery Supply Chain, PLI Incentives, and OEM Entry Guide
Introduction
India’s electric vehicle transition has entered its industrial phase in 2026. Installed EV production capacity has crossed 2 million units per year. Battery cell manufacturing facilities backed by PLI – including Ola Electric, Amara Raja, Exide Industries, and Reliance New Energy – are now producing cells. The EV PLI scheme has committed Rs 18,100 Cr to accelerate local production. Global OEMs including BYD, Hyundai, and Tesla are either building or evaluating India EV manufacturing facilities.
For global supply chain executives, India’s EV ecosystem in 2026 offers two distinct opportunities: sourcing EV components from India for global programmes, and establishing India manufacturing for the Indian EV market. This guide maps both.
India EV Market in 2026: The Context
India is now the world’s third-largest EV market by two-wheeler and three-wheeler volume and the sixth-largest by passenger car EV sales. Key 2026 data points:
- Two-wheeler EVs: 5.2 million units sold annually (36% of total two-wheeler market)
- Three-wheeler EVs: 800,000 units (58% of total three-wheeler market)
- Passenger car EVs: 520,000 units (8.5% of passenger car market – growing rapidly)
- Commercial EV (buses, LCVs): 85,000 units
- Total EV penetration by volume: 28% of all vehicles sold
The government’s FAME III scheme (successor to FAME II) is driving commercial and public transport electrification. State EV policies in Tamil Nadu, Maharashtra, Telangana, and Gujarat offer additional incentives. India’s EV trajectory is not aspirational – it is happening at scale.
Battery Cell Manufacturing: What Is Operational in 2026
Ola Electric – Krishnagiri, Tamil Nadu
Ola Electric’s Gigafactory (Phase 1) is producing lithium-ion cells (NMC chemistry, 4680 form factor) with 5 GWh annual capacity in 2026, ramping to 100 GWh by 2030. This is India’s first indigenous cell manufacturing at volume. Ola is vertically integrated – cells to battery packs to two-wheeler production at the same campus.
Amara Raja Energy & Mobility – Divitipalle, Telangana
Amara Raja’s Giga Corridor (Phase 1 operational 2025-2026) produces LFP (Lithium Iron Phosphate) cells targeting two-wheelers, three-wheelers, and commercial vehicles. LFP chemistry offers superior thermal safety and cycle life – preferred for high-temperature Indian operating conditions.
Reliance New Energy – Jamnagar, Gujarat
Reliance’s solar-integrated battery manufacturing facility is ramping in 2026, targeting large-format cells for stationary storage and commercial EV applications. Partnership with lithium cell technology provider for transfer of advanced cell manufacturing know-how.
Exide Industries – Multiple Locations
Exide’s Li-ion cell plant is operational in 2026, leveraging its existing lead-acid battery manufacturing and distribution network. Focus on two-wheeler and compact passenger car battery packs.
The EV Component Supply Chain: Where India Is Competitive Now
Battery Packs (BMS + Modules + Cells + Housing)
India has competitive battery pack assembly capability. Multiple tier-1 battery pack manufacturers (Tata AutoComp, Exide, Amara Raja, Epsilon Advanced Materials) supply OEMs. The bottleneck was cell supply – increasingly resolved by 2026 domestic cell production.
Electric Motors (PMSM, BLDC, Induction)
India has strong motor manufacturing capability: Bharat Bijlee, Mahindra CIE, HELLA India, and multiple tier-2 manufacturers produce PMSM and BLDC motors for two-wheelers, three-wheelers, and light commercial EVs. For passenger car EV motors (higher torque, higher precision requirements), qualification is needed but capability exists.
Power Electronics (Inverters, OBCs, DC-DC Converters)
India’s power electronics supply chain for EVs is developing. Companies like Tata Elxsi (design), KPIT Technologies (embedded), and a growing base of hardware manufacturers are building inverter and onboard charger capability. This is the most underdeveloped tier of India’s EV supply chain – significant gap and opportunity.
EV Structural Components (Battery Enclosures, Chassis, Subframes)
India’s established metal fabrication, casting, and forging capabilities directly apply to EV structural components. Battery enclosures in aluminium (die cast) and steel (stamped) are being produced at Bharat Forge, Sandhar Technologies, and multiple tier-2 stamping companies. This is a high-confidence supply area.
Thermal Management Systems
Heat exchangers, cooling plates, and thermal interface materials for battery systems – India has cooling system manufacturing capability but EV-specific thermal management is a developing niche. Global tier-1 suppliers (Valeo, Hanon Systems) are establishing India manufacturing to serve local OEMs.
PLI for Advanced Chemistry Cell (ACC) Battery Manufacturing
The PLI for Advanced Chemistry Cell Battery Manufacturing scheme (Rs 18,100 Cr) committed in 2021 and now in active production phase offers:
- Incentive: 18-20% on net sales of ACC batteries above base year production
- Qualifying capacity: Minimum 5 GWh per beneficiary
- Duration: 5 years of incentives
- Approved beneficiaries: Ola Electric, Amara Raja, Reliance New Energy, Rajesh Exports (later variants)
PLI incentive effect: At 18-20% on net sales, ACC PLI dramatically changes the economics of India battery production versus imported cells – effectively subsidising the ~25-30% cost premium India cells currently carry over Chinese cells at equivalent energy density.
How Global OEMs Are Entering India EV Manufacturing in 2026
Tesla Model Y – Pune Production
Tesla’s India assembly operation in Pune (CKD initially, progressing to SKD and local content ramp) began in 2025. India-produced Model Y targets the domestic market and serves as Tesla’s first Asia-Pacific manufacturing outside China. Components are progressively localised through an active India supplier development programme.
BYD – Pune Manufacturing JV
BYD’s India JV with Megha Engineering has received government approval and site selection is underway for a greenfield EV manufacturing facility targeting 100,000 units/year at full ramp. BYD brings its Blade Battery technology; the India JV enables competitive local pricing without import duties.
Hyundai and Kia – Tamil Nadu EV Expansion
Hyundai’s IONIQ 5 and IONIQ 6 are assembled at the Sriperumbudur plant with progressive localisation. Hyundai is the highest-volume premium EV player in India’s passenger car segment in 2026.
Key Takeaways
- India’s EV transition is industrial-phase in 2026: cell manufacturing is operational, OEM assembly is scaling, and the supply chain is developing rapidly.
- Battery cells, motor assemblies, structural components, and battery pack integration are India’s strongest EV supply chain capabilities in 2026.
- Power electronics (inverters, OBCs) is the key supply chain gap – also the highest-margin opportunity for component manufacturers entering India.
- PLI for ACC battery manufacturing (Rs 18,100 Cr) is actively disbursing and making India-produced cells increasingly cost-competitive.
- Global OEMs establishing India EV manufacturing in 2026 are accessing one of the world’s fastest-growing EV markets with a full domestic supply chain advantage.
FAQ
Q: Are India-produced EV batteries competitive with Chinese cells on cost?
A: Not yet on pure cell-level cost – Chinese CATL and BYD Blade cells remain 15-20% cheaper at equivalent energy density. However, PLI incentives (18-20% on net sales), import duty savings, and logistics cost advantages make India-origin cells increasingly competitive for India-market applications and for export programmes where China-origin supply carries tariff exposure.
Q: What is the minimum order size for India EV component sourcing?
A: Battery pack integration: 500+ packs/year is commercially viable. Motor assemblies: 1,000+ units/year. Structural castings and stampings: 2,000+ units/year for economical tooling amortisation. Power electronics: most India suppliers are building capacity for 5,000+ units/year programmes.
Q: How does India EV manufacturing compare to China for export-oriented production?
A: India’s lower labour cost, zero-tariff access to US market (versus Chinese EVs facing 100%+ tariffs in 2026), and strengthening domestic supply chain make India increasingly competitive for export-oriented EV manufacturing targeted at the US, EU, and ASEAN markets.
