India recorded approximately 24.52 lakh EV retail sales in FY2025-26, a 24.6% year-on-year increase. Electric three-wheeler sales grew nearly 19% to more than 8.3 lakh units, while electric commercial vehicle sales grew by more than 120% to 19,454 units. The momentum has continued into 2026. EV registrations reportedly reached approximately 3.3 lakh units in July 2026, up more than 66% year-on-year, writes Surendar Nath, Executive Director, ETO Motors.
The phase of electric mobility in India has moved from early adoption to the next level with electric vehicles changing from pilot programs or luxury consumer market commodities to regular use and providing solutions for various mobility functions including two-wheelers, three-wheelers, last mile delivery, public transportation, or commercial fleets. However, as the sector moves from manufacturing electric vehicles to operating them, one important factor has at last arisen: the standard of fleet utilization.
The next phase must focus on how effectively these vehicles are utilised, how reliably they operate, and the value they deliver over their operational lifetime. For commercial fleets in particular, consistent availability, productivity and operational efficiency will be critical to determining the true success of electric mobility.
The numbers already point towards a rapidly expanding market. India recorded approximately 24.52 lakh EV retail sales in FY2025-26, a 24.6% year-on-year increase. Electric three-wheeler sales grew nearly 19% to more than 8.3 lakh units, while electric commercial vehicle sales grew by more than 120% to 19,454 units.
The momentum has continued into 2026. EV registrations reportedly reached approximately 3.3 lakh units in July 2026, up more than 66% year-on-year. These figures demonstrate that the demand side of electrification is gaining strength. The industry challenge now is to ensure that this growing fleet delivers dependable mobility every day.
Moving from Vehicle Sales to Vehicle Productivity
For a private car owner, not being able to use a vehicle for a day is an inconvenience. For a commercial fleet operator, however, the same downtime can directly translate into lost revenue. An electric van undergoing repairs cannot deliver goods, while an electric three-wheeler that is unavailable during peak hours loses valuable earning time.
The same applies to electric buses. A missed or delayed scheduled trip can affect passengers, route economics and the operator’s reputation. This highlights why uptime must be viewed as a critical performance metric for commercial EVs, rather than simply another measure of vehicle ownership.
For fleet operators, the economics of an EV go well beyond the initial vehicle cost and lower energy expenses. Maintenance, financing, charging infrastructure and, importantly, downtime all influence the overall cost and productivity of a fleet. Downtime is often underestimated, despite its direct impact on vehicle utilisation and revenue generation.
While EVs can offer significant advantages in terms of energy efficiency and maintenance compared with internal-combustion vehicles, these benefits can be diluted if vehicles spend too much time waiting for charging, undergoing repairs or being taken off the road because of battery, software or other technical issues. For commercial fleets, therefore, the true value of an EV lies not only in how efficiently it operates, but in how consistently it stays on the road.
Battery Intelligence Will Become Central to Fleet Operations
Battery intelligence is extremely vital for fleet uptime. A battery is the most critical part of an electric vehicle but is also the most susceptible to the functioning process. This is why fleet managers need access to not only the information regarding the charge level but also to details about battery status, charging habits, temperature levels, energy consumption, and battery wear.
Telematics and mobile application platforms allow us to identify unusual actions regarding energy use, charging, and battery deterioration before any failures happen to the vehicle and this machinery. Artificial intelligence can significantly support fleet companies in such cases.
For instance, if a given vehicle consumes more energy than the others of the same model, the system will detect this anomaly. If the battery is malfunctioning faster compared to the regular rates of the same model, it will be possible to organize the schedule of necessary repairs ahead of time.
Charging Must Be Treated as Fleet Infrastructure
The charging infrastructure is another major factor affecting uptime. The sector is rightfully directing its attention towards a greater number of publicly available chargers around the country. Still, commercial fleets require working strategies. Simply having access to the charger is not enough; the company should receive the necessary amount of energy needed in the needed place and the needed time.
For the fleets where utilization is intense, depot, opportunity, route charging, and smart charging should be integrated and work as one.
Let’s take a fleet of electric three-wheeler vehicles operating in the city. If all vehicles are charged at the same time, the electricity consumption will be too high, thus leading to unnecessary infrastructure costs. On the contrary, if the vehicles are charged too late, they won’t be available for operations during busy hours.
Smart charging allows overcoming the problem to a certain extent, as it can schedule charging depending on the route, battery condition, availability of electricity, and operational priorities.
The opportunities increase if the charging process is combined with renewable energy and energy storage. In this case, battery storages might help minimize peak load on the grid, and renewable energy might lower the emissions.
Data Is the New Fleet Infrastructure
Transitioning to EVs has prompted fleet executives to reconsider the value of data. Connected vehicles can generate data on location, speed, energy use, battery condition, charging cycles, driver behavior, route management, and maintenance schedules. These data points on their own don’t have great value, but if put together in a single fleet intelligence platform, they can have a great impact on decision-making. This is where the real applications of AI and IoT technologies come into play.
Fleet managers can make use of data and analysis to respond to important operational queries. Which vehicles should be given priority when charging? Which electric cars will most likely need to be serviced? Which routes consume a lot of energy? How can drivers’ efficiencies be improved? What is the appropriate range for a specific route? Finally, where should there be more charging infrastructure?
The Indian Market Makes Uptime Even More Important
India has a distinct operating environment for commercial electric vehicles. The vehicles regularly operate long hours, from congested urban routes to heavy traffic, which calls for a vehicle that can perform under different weather and road conditions.
When we look at the electric three-wheeler market, we realize the dimensions of this potential. India has remained the biggest electric three-wheeler market, with electric three-wheelers accounting for over two-thirds of three-wheeler sales in 2025. The sales of electric three-wheelers in India have been growing year on year at an annual rate of 15%, reaching almost 800,000 units.
They are more than just modes of transportation; they are vital enablers of livelihoods, connecting people, empowering communities, and driving economic growth.
Reliability makes this type of vehicle even more important. For a driver or fleet operator, the electric vehicle counts only in terms of the productive kilometers it can cover.
The Industry Needs a New Definition of EV Success
The next stage of India’s EV ecosystem should therefore introduce a broader set of performance indicators.
Vehicle sales will remain important, but they should be complemented by metrics such as:
- Fleet availability and uptime
- Battery health and degradation
- Energy consumed per kilometre
- Charging turnaround time
- Preventive and predictive maintenance
- Vehicle utilisation
- Cost per productive kilometre
- Average downtime per vehicle
- First-time repair success rate
Such parameters can clarify whether electrification is able to produce concrete economic benefit.
This is crucial during a phase of increase in the use of commercial EVs. FY2025-26 data shows that electric three-wheeler sales reached 8.3 lakh units, while the wider EV market crossed 24.5 lakh retail sales during the financial year. As fleets become larger, even a small improvement in uptime can create a significant cumulative impact on revenue and asset utilisation.
From EV Adoption to Intelligent Mobility
With consumer and commercial options for EV ownership already available in India, the challenge that lies ahead is building an ecosystem of charging and battery solutions that can support millions of EVs. In order to achieve success, stakeholders need to work together and cooperate to ensure that the battery, vehicle, fleet operator, financier, energy company, and software platforms all function together as they should.
Fleet operators’ goal should be simple: kilometers driven, minimum disruptions, and predictable operating expenses.
The transition to EV in India has proved that there is a future for electric vehicles, now the big question is whether the ecosystem can ensure that the electric vehicle will serve as a reliable means of transportation.