India’s electric mobility story is entering a more mature phase as battery technology, domestic manufacturing, and charging infrastructure reshape the passenger-car market. The India Electric Car Market is now moving beyond early adoption, with stronger policy support and improving economics creating fresh momentum.
At a Pune industry roundtable, experts said battery-electric passenger car sales could reach about 1.8 lakh to 1.9 lakh units in 2026, up from about 1.78 lakh units in 2025. The discussion also highlighted a much bigger opportunity: batteries are increasingly becoming critical infrastructure for mobility, renewable energy, grid storage, and India’s manufacturing ambitions.
India’s battery electric passenger car market is projected to reach around 1.8 lakh-1.9 lakh units in 2026, compared with approximately 1.78 lakh units in 2025 and 99,000 units in 2024. Experts expect annual passenger EV sales to reach about 1.5 million units by 2032, supported by advanced batteries, localized supply chains, and interoperable charging infrastructure.
India Electric Car Market Set for Another Growth Phase
The latest outlook emerged during an industry roundtable held in Pune ahead of The Battery Show India 2026. Industry stakeholders, analysts, and manufacturing companies discussed the rapid evolution of India’s EV, battery manufacturing, and battery energy storage systems ecosystem.
The discussion highlighted how India’s electric transition is moving beyond two- and three-wheelers into higher-volume commercial vehicles and passenger applications. Fleet economics, national policy, and the total cost of ownership are increasingly influencing purchasing decisions.
According to Prajyot Sathe, Research Director – Mobility – Electric Vehicles at Frost & Sullivan, India’s EV industry has progressed significantly from its nascent stage in 2015–16. The market has moved from electric two-wheelers to three-wheelers, light commercial vehicles, and buses, while passenger cars have developed at a later stage.
In the calendar year 2025, battery electric passenger car sales stood at around 178,000 units, compared with approximately 99,000 units in 2024. The market is expected to reach 180,000-190,000 units in 2026.
Looking further ahead, annual passenger EV sales are projected to reach around 1.5 million units by 2032.
Key Numbers to Watch
- 2024 battery electric passenger cars: Around 99,000 units
- 2025 sales: Around 178,000 units
- 2026 projection: Around 180,000-190,000 units
- 2032 annual passenger EV outlook: Around 1.5 million units
- August 2026: One in eight vehicles retailed was electric
- Electric commercial vehicle share: 5.18%, more than double the previous year
Battery Technology to Drive the Next EV Wave
The next stage of the India Electric Car Market is expected to be shaped by advances in battery systems, greater supply-chain localization and interoperable charging infrastructure.
Lithium iron phosphate, or LFP, has emerged as the dominant battery chemistry. At the same time, sodium-ion, lithium-sulfur, and solid-state batteries are being explored for the next four to six years.
Component localization is currently estimated at around 50%-60% and could rise to 80%-90% over the next five to six years. However, batteries and power electronics are expected to remain below 60% localization during this period.
Experts stressed that localization alone will not be enough. Domestic production must also improve cost efficiency if India is to establish a globally competitive battery ecosystem.
EV Buyers Are Increasingly Looking Beyond Subsidies
Another important change is taking place in how EV demand is being generated.
According to 1Lattice, the market is gradually shifting from dependence on consumer incentives towards total cost of ownership, or TCO. This is particularly important for commercial fleets, where operating economics can have a direct impact on purchasing decisions.
Suyog Keluskar, Senior Director at 1Lattice, said one in eight vehicles retailed in August 2026 was electric, while electric commercial vehicles more than doubled their share to 5.18% in one year.
The trend indicates that fleets are increasingly evaluating EVs based on operating economics rather than relying primarily on subsidies.
Battery Demand Could Surge Nearly Tenfold
The growth opportunity extends far beyond passenger vehicles.
Industry estimates discussed at the Pune roundtable indicate that advanced cell demand could rise from approximately 28 GWh in 2025 to around 272 GWh by FY30.
At the same time, the grid alone is expected to require approximately 236 GWh of battery storage by FY32. Domestic cell output, however, remains close to just 1 GWh, highlighting the scale of the manufacturing gap.
The Battery Industry’s Biggest Opportunities
- Advanced cell manufacturing
- Domestic battery materials
- Grid-scale energy storage
- Commercial and industrial BESS
- EV battery manufacturing
- Battery management systems
- Power electronics
- Testing and safety systems
- Battery recycling
- Automation and manufacturing equipment
Closing this gap could become one of the defining industrial opportunities of the decade, particularly for companies developing deeper domestic capabilities across materials, cells, and energy-storage systems.
BESS Emerges as a Major Growth Engine
India’s battery opportunity is not limited to electric vehicles. As renewable-energy penetration rises, stationary battery energy storage systems are becoming increasingly important for grid stability, power quality, and round-the-clock electricity supply.
Replus Engitech said it is currently deploying 1.2 GWh across applications, including firm and dispatchable renewable energy, round-the-clock power, solar-plus-storage, standalone BESS, and transmission and distribution projects.
Its containerized BESS systems start from 5 MWh in a 20-foot container, while its C&I portfolio ranges from 100 kW/260 kWh to 500 kW/1 MWh. The company’s current plant capacity of 1 GWh is being expanded to 6 GWh, with the additional facility expected to become operational from January 2027.
Replus estimates that India could see demand over the next decade of around:
- 480 GWh for grid-scale applications
- 380-400 GWh for commercial and industrial applications
- 420 GWh for EV battery applications
The company also pointed to the economics of solar-plus-storage, with tariffs cited at around ₹4.8 per unit, compared with approximately ₹8.5 per unit for grid power.
Domestic Automation Becomes Critical
As battery production expands, automation is emerging as another key part of India’s electrification strategy.
Patil Automation said around 30%-35% of smaller battery components are already manufactured in India, with this share expected to reach 70%-80% in the coming years.
The company has completed around 10-15 fully automated base lines over the past two to three years and is currently executing more than 15 base lines, alongside multiple production lines for two-wheeler and automotive batteries.
The domestic automation-line business could represent an opportunity of around ₹700-800 crore over the next three to four years.
Safety, battery life, and traceability are also becoming increasingly important. Automated systems can record manufacturing data at different stages, enabling process monitoring and improving production control.
PCS, EMS, and Testing to Strengthen Self-Reliance
The expansion of India’s battery ecosystem is also creating demand for supporting technologies such as testing equipment, power conversion systems, and energy management software.
Ador Digatron said it has transitioned from lead-acid battery technologies towards lithium-ion systems over the past four to five years. Its portfolio now includes lithium-ion battery chargers, formation and testing circuits, EV charging solutions, and hydrogen-related power equipment.
The company has also introduced power conversion systems ranging from 500 kW to 2.5 MW and is exploring energy management systems.
The combination of domestically manufactured batteries with PCS and EMS capabilities could help reduce external supply dependencies and strengthen India’s energy-storage ecosystem.
Why Pune Matters to India’s EV Industry
The choice of Pune for the industry discussion reflects the city’s established automotive and engineering ecosystem.
According to the Maharashtra Industrial Development Corporation, the Pimpri-Chinchwad region has more than 4,000 automotive and ancillary units, along with R&D, testing, and certification facilities.
Under Maharashtra’s EV Policy 2025, Pune is also expected to anchor Centres of Excellence focused on EVs, charging infrastructure, hydrogen technology, and strategic EV battery recycling.
This combination of vehicle manufacturing, engineering expertise, research infrastructure, and emerging clean-energy capabilities positions Pune as an important location in India’s broader EV and battery value chain.
India’s EV Ecosystem Is Expanding Across the Value Chain
The broader India Electric Car Market is developing alongside a much larger electric-mobility ecosystem.
India recorded nearly 1.97 million EV registrations in FY2024-25, with electric two-wheelers accounting for approximately 1.15 million registrations.
The increasing scale of EV adoption is creating demand not only for vehicles but also for cells, battery management systems, power electronics, charging infrastructure, testing, safety systems, recycling, and energy storage.
The industry discussion therefore points to a transition from simply increasing EV sales to building a deeper domestic ecosystem capable of supporting the entire battery and electric-mobility value chain.
The Bigger Picture for India’s EV Transition
The projected 1.8 lakh-1.9 lakh battery electric passenger car sales in 2026 represent another step in India’s shift towards electric mobility. However, the more significant development may be the changing structure behind that growth.
Passenger EV adoption is increasingly being supported by improvements in battery technology, manufacturing localization, charging infrastructure and TCO economics. Meanwhile, rising renewable-energy deployment is creating an additional market for batteries through grid-scale and commercial energy storage.
For the India Electric Car Market, the next phase will therefore depend not only on how many electric cars are sold, but also on how effectively India builds domestic capabilities across cells, components, automation, charging, energy storage and recycling.
With advanced cell demand potentially rising to 272 GWh by FY30 and passenger EV sales projected to reach about 1.5 million units annually by 2032, the industry outlook points towards a much broader battery-led transformation of India’s automotive and energy sectors.
The fourth edition of The Battery Show India is scheduled for October 22-24, 2026, at India Expo Mart in Greater Noida, alongside the Renewable Energy India Expo and Energy Storage Summit India. The event is expected to bring together technology providers, manufacturers, and industry leaders as India’s electric mobility and energy-storage ecosystem continues to expand.
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