Mandatory EV Transition in India by 2028: Benefits, Challenges & Policy Roadmap

12 Jun 2026

India is debating a policy push for a mandatory transition to Electric Vehicles (EVs) by 2028 for two- and four-wheelers, rooted in pollution control, energy security, and long-term restructuring of the automobile sector.

India has set an ambitious target to elevate EV sales to 30% of private cars, 70% of commercial vehicles, 40% of buses, and 80% of two- and three-wheelers by 2030.
Globally, the electric vehicle market was valued at US$ 917.30 billion in 2025 and is forecasted to reach US$ 4,886.20 billion by 2034, growing at a CAGR of 20.43% from 2026-34.

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About Electric Vehicle (EV) Transition

EV transition refers to the gradual shift from Internal Combustion Engine (ICE) vehicles that run on petrol and diesel to electric mobility powered by electricity stored in batteries.
It involves replacing conventional vehicles with electric cars, buses, two-wheelers, and commercial vehicles while developing supporting infrastructure such as charging stations, battery manufacturing, and recycling systems.
The transition aims to achieve cleaner transportation, lower emissions, reduced fossil fuel dependence, and sustainable mobility.

EV Transition

Why is the EV Shift Being Advocated?

Environmental and Public Health Imperative:
- The transport sector contributes significantly to urban air pollution, especially in cities like Delhi-NCR, where vehicular emissions are a key source of PM2.5.
- WHO estimates air pollution causes millions of premature deaths globally each year, with India among the worst affected countries.
- EV adoption reduces tailpipe emissions (NOx, CO, particulate matter), improving urban air quality and public health outcomes.
- Hence, EV adoption is seen as a public health intervention, not merely an energy transition.
Energy Security and Strategic Independence:
- Fossil fuel imports increase India’s external vulnerability, especially crude oil dependence.
- EVs enhance energy security as electricity can be generated domestically, including through renewables.
- Batteries and magnets are durable assets; unlike fuel, EVs do not require continuous imports for operation.
Climate Commitments and Net Zero Targets
- India has committed to Net Zero emissions by 2070 (COP26 pledge).
- The transport sector is a major contributor to greenhouse gas emissions, making electrification essential.
- EVs are aligned with the National Electric Mobility Mission Plan (NEMMP) and schemes like FAME India.
Economic Efficiency and Lower Operating Costs: EVs have lower running costs per km compared to internal combustion engine (ICE) vehicles due to:
- Lower electricity cost vs petrol/diesel
- Fewer moving parts → reduced maintenance
Industrial Transformation and Manufacturing Growth: EV transition supports development of a new green industrial ecosystem:
- Batteries and energy storage
- Power electronics and semiconductors
- Charging infrastructure
Urban Planning and Reduced Oil Intensity of Cities: EV adoption reduces urban dependence on fossil fuel distribution networks (fuel stations, logistics chains).
Foreign Exchange Savings and Macro Stability: Reduced oil imports lead to lower current account pressure and improved foreign exchange stability.
- India spends a significant share of its import bill on crude oil; EV transition can reduce this structural trade deficit component.
Technological Leapfrogging Opportunity: EVs allow India to skip incremental ICE evolution and directly adopt advanced mobility technologies. It gives an opportunity to integrate AI-based fleet management, Smart grids and vehicle-to-grid (V2G) systems
Rural and Urban Mobility Transformation: EVs, especially two- and three-wheelers, are highly suitable for India’s short-distance travel patterns.
- Lower running costs improve mobility affordability in rural and semi-urban areas.
Battery Reuse and Circular Economy Potential: EV batteries can be repurposed for energy storage systems after automotive life. It supports a circular economy model through recycling of lithium, cobalt, nickel.

Structural Requirements for EV Transition

Charging Infrastructure Expansion: Charging network expansion is essential through petrol pumps, parking lots, residential areas, and public spaces for widespread EV adoption.
- Utility companies must be integrated as key stakeholders to ensure reliable electricity supply and smart charging systems.
Interim Strategic Measures: Strategic stockpiling of critical minerals and rare earth elements is required to reduce supply chain vulnerabilities.
- Accelerated depreciation support can help automobile companies manage transition losses from shifting away from ICE vehicles.
- Investment in R&D is needed to build a domestic battery and EV component ecosystem.
Industry–Government Collaboration: Automakers should invest in EV research, charging networks, and battery recycling infrastructure to strengthen the EV ecosystem.
- Government support should focus on policy certainty, long-term EV roadmap, and transition financing mechanisms for a smooth industry shift.
Domestic Battery Manufacturing: India needs to develop a strong battery manufacturing ecosystem to reduce dependence on imported battery cells and components.
Critical Mineral Security: Ensuring access to lithium, cobalt, nickel, and rare earth elements is essential for long-term EV growth.
Grid Modernisation and Renewable Integration: EV transition requires power grid strengthening and integration of renewable energy for sustainable charging.
- Solar-powered charging stations can reduce pressure on conventional electricity sources.
Skill Development and Workforce Transition: Workers in the traditional automobile sector need reskilling and upskilling for EV-related technologies.
- Mechanics can be trained in battery management systems and electric powertrains.
Battery Recycling and Circular Economy: Developing a battery recycling ecosystem is necessary to recover valuable materials and manage waste sustainably.
- Recycling lithium-ion batteries can reduce dependence on imported minerals.
Consumer Incentives and Awareness: Policy support through affordable financing, incentives, and awareness campaigns can encourage EV adoption.
- Credit schemes can help delivery workers and small businesses shift to electric vehicles.

Steps Taken to Promote EV Adoption in India

Initiative / Policy	Key Features and Objectives
PM E-DRIVE Scheme (2024–2026)	The PM Electric Drive Revolution in Innovative Vehicle Enhancement (PM E-DRIVE) Scheme promotes green mobility and EV ecosystem development with an outlay of ₹10,900 crore over two years.
Investment in Charging Infrastructure	Under PM E-DRIVE, ₹2,000 crore has been allocated to establish around 72,000 EV charging stations across cities, highways, airports, and industrial corridors.
FAME II Scheme	The government supported EV adoption through FAME II with a budget of around ₹10,000 crore, promoting electric two-wheelers, three-wheelers, and buses.
Electric Vehicle Manufacturing Policy (2024)	The policy aims to make India an EV manufacturing hub by requiring a minimum investment of ₹4,150 crore, setting up production facilities within 3 years, and achieving 50% domestic value addition within 5 years.
State-Level EV Initiatives	States like Delhi, Karnataka, and Telangana are expanding electric bus fleets and implementing EV policies to promote sustainable public transport.
Production Linked Incentive (PLI) for ACC Batteries	The government allocated ₹18,100 crore under the PLI scheme to promote domestic Advanced Chemistry Cell (ACC) battery manufacturing and reduce import dependence.
SPMEPCI Scheme (Electric Passenger Cars)	The Scheme to Promote Manufacturing of Electric Passenger Cars in India encourages global EV manufacturers to invest in India through reduced import duties and domestic production incentives.
GST Reduction on EVs and Charging Equipment	GST on EVs and charging equipment has been reduced to 5% to lower vehicle costs and encourage consumer adoption.
PM e-Bus Sewa Scheme	Aims to deploy 10,000 electric buses through a PPP model with central support for EV-based public transport infrastructure.
EV Mitra Scheme	Simplifies access to EV subsidies and promotes awareness by creating a transparent platform for consumers to avail incentives.

Challenges in EV Transition from Conventional Vehicles

High Initial Cost: EVs involve higher upfront costs due to expensive battery technology, making affordability a challenge for many consumers.
- For Example: As of early 2026 in India, a typical high-speed electric scooter ranges from ₹1.20 lakh to ₹1.50 lakh (on-road), compared to ₹95,000 to ₹1.10 lakh for a comparable petrol scooter
Slow Adoption: As Per Niti Aayog Report, India has progressed to only about 7.6 % of the sales in 2024 being electric, which is far behind its target of 30% by 2030.
- Thus, it has taken nearly 10 years to reach a penetration level of 7.6% and now needs to increase this share by over 22% in the next 5 years alone.
Charging Infrastructure Gap: Limited availability of charging stations creates range anxiety and affects widespread EV adoption.
Example: Rural areas and highways have fewer charging facilities compared to petrol pumps.
Critical Mineral Dependence: India remains dependent on imports of lithium, cobalt, and rare earth materials required for battery manufacturing.
Example: Global supply disruptions can increase battery prices and affect EV production.
Power Grid Readiness: Large-scale EV adoption requires upgradation of electricity grids and smart charging systems to handle rising demand.
Example: Urban electricity networks may face pressure due to increased EV charging loads.
Battery Recycling Challenge: Lack of efficient battery recycling and disposal systems can create environmental and safety concerns.
Example: Improper disposal of lithium-ion batteries may lead to toxic waste and fire risks.
Employment Disruption: The EV transition may impact jobs related to traditional vehicle manufacturing, repair, and maintenance sectors.
Example: Mechanics specialising in internal combustion engines may require new EV-related skills.
Consumer Adoption Barriers: Concerns regarding battery life, charging time, resale value, and vehicle reliability slow consumer acceptance.
Example: Many buyers hesitate to shift from petrol vehicles due to uncertainty about EV performance.
Automobile Industry Restructuring: Automobile companies require significant investments to shift from internal combustion engine (ICE) production to EV manufacturing.
Example: Companies need to redesign factories and invest in battery and software capabilities.

Way Forward

Moving from incentives to mandates:
- Announce a clear policy, with target timelines, for Zero Emission Vehicle (ZEV) adoption
- Design a progressively more stringent plan for mandating the production and purchase of EVs and disincentivising the continued use/production of ICE vehicles
- Expand Corporate Average Fuel Efficiency (CAFÉ) norms to a wider segment of vehicles
Scale up research for new battery technologies:
- Set up an academia-industry-government partnership for accelerating research on new battery chemistries
Enable financing for e-Buses and e-Trucks:
- Create a pooled fund with contributions from the public budget and multilateral development banks for providing lower interest loans for the procurement of e-buses and e-trucks
- Design and launch an appropriate scheme to channel the funds
Strategic scaling of charging infrastructure:
- Identify 20 high density corridors for e-Bus and e-Truck operations and commission a study to identify strategic locations for charging hubs based on current haltage patterns on these corridors
- Arrange for viability studies and coordinate all the approvals required for private charge point operators to invest in setting up the facilities
- Establish nodal agencies in each state, on the lines of EVs in Singapore, to facilitate and enable more charging stations to be established.
Shifting capital costs to operating costs:
- Nurture the establishment of a battery leasing industry to reduce capital cost of an EV
- Support the establishment of a battery passport system that contains details to assess the health of a battery
Enhance awareness and information availability:
- Design and manage the awareness building program
- Assess data and information needs by different stakeholders and nurture the creation of a comprehensive information system

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Conclusion

A mandatory EV shift by 2028 is technologically plausible but institutionally demanding. The transition requires not just policy announcement but: