by Jaya Pathak
India is world’s third largest automobile market. It plays crucial role in the global automobile sector contributing 7% of its GDP. This rapid transition towards electric vehicle is reshaping the automobile landscape as the global trend is to push towards a cleaner and greener mode of transportation.
In 2024, electric vehicles accounted for 7.5% of the total vehicle sales in India with electric two- wheelers leading the charge, comprising 60% of the total electric vehicles sale. Government has launched several initiatives like FAME and the Production Linked Incentive scheme which is coupled with technological breakthrough in battery manufacturing and henceforth, India is aiming to achieve EV adoption targets and transforming its mobility in future.
Current Market
Electric vehicle sales in India hit its highest record of 2.27 million units which is 16% more cell compared to 2024. 1,77,000 units of passenger cars such as SUV’s and sedans were sold which denotes a jump of 77% when we compared it from the last year. The greatest omission in fact is that 2 Wheelers including bikes and scooters as well as 3 Wheelers such as auto rickshaws stands for 91% of the total electric vehicle sales. It shows that electric vehicles are not just for small group of people anymore rather they’re becoming popular with more and more buyers every day. This change can be easily seen in the big cities also where petrol and diesel prices are rising and air pollution is a big worry for the health and environment.
Government initiatives
The Indian government has launched programs such as PM E- Drive by putting 10,900 crores which is about $1.09 billion to push more electric 2 Wheelers, 3 Wheelers and better charging spots. The recent data of Ministry of Heavy Industries show that around 2,54,676 numbers of electric three wheelers have been supported against a target of 2,88,809 electric 3 wheelers.
There is also a scheme called the Production Linked Incentive. The ministry of new and renewable energy is implementing this scheme for national program on high efficiency solar PV modules for achieving manufacturing capacity of GW scale in high efficiency solar PV modules with outlay of Rs 24,000 crores.
The solar PV manufacturers are selected through our transparent selection process. This scheme has provisioned for production linked incentive to the selected solar PV module manufacturers for five years post commissioning on manufacture and sale of high efficiency solar PV modules.
FAME scheme Is being implemented by the ministry of Heavy Industries one of the periods of five years get a total budgetary support of rupees 10,000 crore. it is a government subsidy scheme under the national electric mobility mission plan. The scheme aims at reducing vehicular emissions and dependence on fossil fuels. It is administered by the department of heavy industry. It also seeks to encourage the adoption of electric vehicles by providing financial incentives to both the buyers as well as manufacturers and it focuses on developing charging infrastructure and promoting the research and development in the electric mobility sector.
Role of technology
The policy plays a crucial role in accelerating the growth of electric vehicles in India. Solid-state batteries can offer higher energy density and faster charging rate over the traditional lithium nine types of that tree. It will also address the issue of range limitation in the diverse condition of India. Advanced battery management systems are optimizing performance and further extending the lifespan and preventing overheating of such vehicles which is quite crucial for hot climates. Sodium ion alternatives batteries are emerging as cost-effective options and henceforth reducing import dependence and supporting the mass market.
Software defined vehicles such as advanced driver assistance systems can help to cut accidents and reduce range anxiety. The integration of IoT will connect vehicles to the charging networks for efficient fleet management.
Companies are improving lithium-ion batteries which act as the heart of most electric vehicles. If it will be made stronger than it can handle heat better and tweak the inner paths so that cars can go farther on one charge and last longer without breaking down. Tata Motors with its Nexon EV is traveling 395 kilometre per charge and the curve EV at 466 kilometre per charge. Mahindra with its model BE 6 is running 619 kilometre per charge.
What are the key hurdles?
The primary key hurdle in the journey of electric vehicles in India is charging infrastructure gaps. In most of the rural and highway areas, such facilities are underserved. The public chargers mostly remained in the metro cities. This gap is slowing down easy charging times fuel range anxiety and deterring 58% of buyers. India has only about 12,000 to 20,000 public chargers most of them are in the metro cities. Highways and villages have one charger for every 135 vehicles.
the second hurdle is the price rate. Electric vehicles are comparatively higher priced than that of petrol cars. The battery makes up around 30 to 40% of the price and it is quite hard to get as the parts are coming from different countries.
Then the 3rd prime hurdle is related to battery and supply problems. Many a times battery catches fire and don’t work well in hot weather. Report most of the parts and it’s gold prices chart if supplies run low. Small electric bikes and like shows like that redesigns do not scale up please leave for bigger cars whereas the cheaper petrol hybrid cars work better without needing chargers everywhere.
Strategies for sustainable growth
Sustainable growth in the electric vehicle sector is primarily driven by building charging infrastructure and improving battery life cycle management. Now the question arises that how these things can be built? What should be the key strategy? Government and private companies should do a partnership so that charging stations can be built everywhere. The government should also increase its budget so that the infrastructure facility can be put in rural and suburban areas as well.
Focus should be laid on the reuse and recycle of battery which will reduce reliance on raw materials which we derive from foreign countries. If the charging stations are powered with solar and wind energy, then it will also reduce carbon footprints and henceforth enhances grid stability. Affordability an adoption can be improved and encouraged by adopting battery swapping battery as a service models.
FAQs: Electric Vehicles in India
1. How big is the electric vehicle market in India?
India is the world’s third-largest automobile market, contributing 7% to its GDP. In 2024, electric vehicles accounted for 7.5% of total vehicle sales, with electric two-wheelers making up 60% of sales. In 2025, EV sales reached a record 2.27 million units, showing strong growth across passenger cars, two-wheelers, and three-wheelers.
2. What types of electric vehicles are most popular in India?
Two-wheelers (bikes and scooters) and three-wheelers (auto rickshaws) dominate EV sales in India, accounting for 91% of the total market. Passenger EVs like SUVs and sedans are growing, with sales increasing by 77% in recent years.
3. What government initiatives support EV adoption in India?
Key government programs include:
- FAME (Faster Adoption and Manufacturing of Electric Vehicles): Provides subsidies to buyers and manufacturers and promotes charging infrastructure and R&D.
- Production Linked Incentive (PLI) Scheme: Encourages local manufacturing of high-efficiency solar PV modules, supporting EV energy infrastructure.
- PM E-Drive: Allocates ₹10,900 crores (~$1.09 billion) to promote electric two-wheelers, three-wheelers, and charging stations.
4. How is technology shaping EV growth in India?
Advancements include:
- Solid-state and sodium-ion batteries: Offer higher energy density, faster charging, and better heat tolerance.
- Battery management systems: Extend battery life and prevent overheating.
- Software-defined vehicles and IoT: Improve fleet management, reduce accidents, and optimize charging.
- Enhanced lithium-ion batteries: Enable longer range for vehicles like Tata Nexon EV (395 km) and Mahindra BE 6 (619 km per charge).
5. What are the main challenges for EV adoption in India?
- Charging infrastructure gaps: Only 12,000–20,000 public chargers exist, mostly in metro cities, creating range anxiety in rural and highway areas.
- High vehicle cost: Batteries make up 30–40% of EV prices, increasing upfront costs.
- Battery supply and safety issues: Heat sensitivity, fire risks, and inconsistent availability of parts can deter buyers.
6. What strategies can drive sustainable EV growth in India?
- Expanding charging infrastructure via government-private partnerships, especially in rural and suburban areas.
- Improving battery lifecycle management, including reuse and recycling.
- Promoting renewable energy-powered charging stations to reduce carbon footprints.
- Introducing battery swapping and “Battery as a Service” models to improve affordability and convenience.
7. How is India performing in EV adoption compared to global trends?
India is rapidly transitioning toward EVs in line with global trends for cleaner transportation. With rising fuel costs, urban air pollution concerns, and government incentives, EV adoption is expanding beyond niche markets into mainstream urban and rural areas.
