India's electric two-wheeler story has moved well beyond the stage of being an early-adopter phenomenon. The category is increasingly becoming part of mainstream mobility, particularly in urban and price-sensitive markets. Yet, as adoption grows, the next challenge is becoming clearer: the ability of infrastructure to keep pace with the vehicle on the road.
The numbers demonstrate the momentum. According to the Ministry of Heavy Industries, India sold 11.49 lakh electric two-wheelers in FY2024-25, up 21% from 9.49 lakh in FY2023-24. More recently, FADA data reported by Business Standard showed that 9.71 lakh electric two-wheelers were registered during the initial six months of 2026, representing a 53.3% increase over the corresponding period of 2025.
This growth is encouraging. But it also changes the infrastructure question. The issue is no longer simply whether India can manufacture electric two-wheelers at scale. It is whether the ecosystem around those vehicles can offer consumers the same level of convenience, reliability and confidence that they have come to expect from conventional mobility.
Charging needs to move closer to the consumer
For a large section of two-wheeler users, charging is fundamentally different from charging a car. Two-wheelers are frequently parked in apartment buildings, rented accommodation, offices, commercial establishments and densely populated neighbourhoods. A public fast-charging highway network alone therefore cannot solve the problem.
India needs a more distributed charging ecosystem.
The Government's PM E-DRIVE scheme recognises this requirement. The scheme has allocated ₹2,000 crore for EV public charging infrastructure and envisaged the installation of 48,400 fast chargers for electric two- and three-wheelers.
However, the implementation gap remains important.
As of March 24, 2026, the Ministry of Heavy Industries stated that while ₹2,000 crore had been allocated for EV public charging stations under PM E-DRIVE, no funds had yet been released under this component.
By August 7, 2026, the government reported that 67,657 EV chargers had been installed across India, including 1,139 battery-swapping station chargers.
The challenge, therefore, is not simply the headline number of chargers.
It is their location, availability, uptime, interoperability and suitability for two-wheeler users. A charger that exists on paper but is unavailable, inconveniently located or incompatible with a vehicle does little to address consumer anxiety.
The apartment problem cannot be ignored
India's urbanisation makes residential charging particularly important.
For a car owner with a dedicated parking space, installing a home charger can be relatively straightforward. For a two-wheeler owner living in a high-rise apartment or rented accommodation, it can be considerably more complicated.
Questions around common-area electricity, parking allocation, metering, fire and electrical safety, wiring permissions and responsibility for installation can become barriers to adoption.
This is where municipal bodies, housing societies, electricity distribution companies and charging operators need to work together.
The future of two-wheeler charging may not necessarily be one charger per vehicle. Shared charging infrastructure within residential complexes, workplaces, parking facilities, petrol stations, retail outlets and mobility hubs can create a more practical model.
The objective should be simple: charging should become an invisible part of everyday mobility rather than a separate activity consumers have to plan around.
Battery swapping deserves a larger role
For certain use cases, particularly high-utilisation commercial two-wheelers, battery swapping can complement conventional charging. Swapping separates the vehicle from the charging cycle. Instead of waiting for a battery to charge, the user can exchange a depleted battery for a charged one.
But for swapping to scale, interoperability and standardisation become critical. Consumers and fleet operators need confidence that batteries, swapping networks, safety protocols and payment systems will work consistently.
The government has already recognised battery swapping as part of the broader EV infrastructure ecosystem. The latest government data identifies 1,139 battery-swapping station chargers within the 67,657 EV chargers installed across the country as of August 7, 2026.
The next step should be to determine where swapping creates the strongest economic and operational case rather than treating it as a universal replacement for charging.
Infrastructure is also about service
There is another infrastructure layer that receives less attention: after-sales service and technical capability.
An internal-combustion vehicle has decades of established service infrastructure behind it. Mechanics understand engines, transmission systems and conventional electrical components. EVs introduce batteries, battery-management systems, motors, controllers, connected diagnostics and high-voltage electrical systems into the service equation.
As the installed EV base grows, India's service ecosystem needs to grow with it.
This means training technicians, creating standardised diagnostic processes, ensuring availability of replacement components and building battery-health assessment capabilities. It also means developing clearer protocols for battery repair, recycling and end-of-life management.
A consumer's confidence in an EV does not end when the vehicle leaves the showroom. It continues through the entire ownership cycle.
Financing and residual value are infrastructure too
There is also a financial infrastructure question. The economics of an electric two-wheeler can be attractive because of potentially lower running and maintenance costs. But the initial purchase price remains important, particularly for India's mass-market consumer.
Financing therefore has an important role in making EVs accessible. At the same time, lenders and consumers need better visibility into battery health, vehicle residual values and lifecycle economics. As the market matures, standardised battery-health certificates and reliable used-EV valuation mechanisms could help create greater confidence in resale markets.
In my experience of the mobility industry, sustainable adoption is rarely driven by one intervention. It happens when product, financing, distribution, service and technology come together around the consumer.
The next phase requires an ecosystem approach
India has already demonstrated that demand for electric mobility exists. The 11.49 lakh electric two-wheelers sold in FY2024-25, followed by strong registration growth in the first half of 2026, demonstrate that the category is moving forward.
The question now is how to make that growth sustainable.
Infrastructure planning should therefore move from simply counting chargers to measuring consumer access and experience.
We should be asking:
● How many chargers are actually operational?
● How far does an average EV user have to travel to access one?
● What proportion of urban residential buildings can provide safe charging?
● What is the uptime of public charging infrastructure?
● Can different charging networks work seamlessly for consumers?
● Are technicians adequately trained to service the growing EV population?
● Can financing and resale ecosystems keep pace with vehicle adoption?
These are not merely EV industry questions. They are questions about India's broader mobility infrastructure.
The electric two-wheeler could become one of the most important instruments of affordable and sustainable urban mobility because of its relatively low energy requirement, compact form factor and suitability for India's dense cities.
But the vehicle itself is only one part of the transition.
The next chapter of India's electric mobility story will be determined not just by how many EVs we manufacture or sell, but by how effortlessly we can support them throughout their lives.
If India can build that ecosystem with the same ambition with which it is building the vehicles, the infrastructure bottleneck can become an opportunity — to create a mobility system that is more accessible, connected, efficient and genuinely built around the needs of the Indian consumer.
Nagesh Basavanhalli is the Founder of Peak 15 Advisors. All views expressed are the author's own.