Ask most people where India’s EV story is heading and they will point to a showroom. A new SUV with a big screen, maybe a highway fast charger glowing in the dark. When we look at the numbers, we realize that the real momentum sits somewhere far less photogenic: a depot on the edge of a city at two in the morning, ten three-wheelers plugged in, and a piece of software quietly deciding which one charges first.

The numbers

India sold about 2.45 million EVs in FY2026, up 25% on the year, which took EVs to 8.27% of all vehicles sold. Two-wheelers made up 1.40 million, three-wheelers 830,818, and passenger cars just 199,590. Electric three-wheelers now account for 61% of every three-wheeler sold in the country, and electric light goods carriers grew 167% to 13,767 units, which is predominantly tied to urban last-mile providers. Vahan-based counts put EV penetration at 10.6% for April to June 2026.

Most of these are working vehicles. They run all day on routes their drivers know by heart, and they come home to the same place every night. That detail matters more than any spec sheet, because a vehicle that returns to the same spot is a vehicle you can build a charging business around.

Figure 1. EV retail sales by segment, FY2026 (left), and EV share of all vehicle sales (right; the last bar covers one quarter). Sources: Autocar Professional & EV Reporter

EV adoption is outpacing charging infrastructure

EV adoption requires a public charging infrastructure beyond the home and fast charger is a high-power charger that charges the battery to about 80% in the time of a meal break rather than overnight.

The government told Parliament in July 2026 that 52,718 public charging stations were operational, 16,561 of them with fast chargers for cars.  That sounds healthy beside an earlier government-data figure of 27,737 installed and 22,753 operational as of March 2026. The two numbers come from different releases and may not count the same things, such as stations versus individual charging points, so treat them as directional. A third count based on Ministry of Heavy Industries data, puts India at 67,657 chargers in August 2026, including 1,139 at battery-swapping stations.

The PM E-DRIVE (Prime Minister’s Electric Drive Revolution in Innovative Vehicle Enhancement) scheme is a ₹10,900 crore central government initiative launched by the Ministry of Heavy Industries to accelerate electric vehicle (EV) adoption and build public charging infrastructure across India.  This program earmarks ₹2,000 crore for about 72,300 public chargers. In August 2026 the government said 6,562 chargers had been approved and none installed, while the same scheme had already supported 2.65 million vehicles. What this means is that, a buyer of an EV vehicle can decide and take delivery within weeks, while a public charger must first find a site, win a tender or subsidy approval, get a power connection sanctioned and be installed before a single vehicle can plug in.

Figure 2. Public charging build-out against the PM E-DRIVE target.

Four vehicles, four charging problems

“EV” hides very different customers. What a 2 wheeler rider, a car owner, an auto driver and a delivery fleet need from a charger is not the same, and neither is the business that serves them. The table below illustrates the different segments of the same.

Two-wheelers and cars: charging is a comfort feature

For a private owner, charging is mostly about comfort. Kazam, a leading EV charging station manufacturer in India and the Alliance for an Energy Efficient Economy (AEEE) released a study titled "The Net-Zero Transition Starts at Home: Enabling EV-Ready Residences in India”. This study of more than 80,000 residential installations found that home charging supplies about 80 to 90% of the daily energy used by electric two-wheelers, cars and autorickshaws, and is typically two to four times cheaper than public charging. One industry estimate puts home power at roughly Rs. 8 per kWh against Rs. 25 at a public station. A public charger is therefore insurance for these owners: it covers the occasional highway trip or a forgotten plug. That is why public utilization stays structurally low.

The catch is access. Only about 55% of prospective buyers have easy home charging, and another 30% could enable it only after electrical upgrades; around 70 to 75% of city residents live in apartments or gated communities where shared parking and weak wiring get in the way. In a typical apartment the real bottlenecks are parking, shared meters and permission from the landlord or resident association, not the charger hardware.

Public charging for private vehicles is a convenience business with thin utilization. Cars are also still a small base, 199,590 units in FY2026, with Tata holding 42.8% of e-car registrations in August 2026. The more attractive plays here are enablers (installation, society-level load management) and a handful of high-power highway sites.

Three-wheelers cost center

For an auto or e-rickshaw driver the vehicle is a livelihood, and the battery is the largest single line item and it can be about half the cost of an electric vehicle. E-rickshaw drivers on lead-acid packs have had to replace batteries every six to nine months. Running cost is low, about ₹0.60 per km and daily distances fit current batteries: e-rickshaws cover 70 to 90 km a day and autos 100 to 160 km, so overnight charging works if the driver has parking. Charging at home has its own cost: commercial three-wheelers charge for four to six hours a day and stress household supply

Cost management comes down to who owns the battery. In one model the operator owns it and charges at a depot or at home, which is usually cheapest for long single shifts. The alternative model is battery-as-a-service, the driver pays per swap and avoids the upfront battery cost; Some Battery Swapping players claim that this cuts the upfront investment by up to 60%. Many fleets run a hybrid, depot charging as the base and swapping as the overflow on peak days.

How hard the vehicle works decides the economics

A private car owner mostly charges at home, which makes the business case for any public station lumpy, whereas a fleet is quite the opposite. Demand is scheduled, dwell time is known, and one company pays the bill. One industry estimate puts depot charging at Rs 1 to Rs. 1.5 per kilometre, against Rs 6 to Rs 8 for diesel in city driving. That comes from a charging vendor, so read it with care, but the direction is hard to argue with, especially with the recent crisis in the Middle East strengthening the EV case. But fleets are not one thing, and efficiency differs with depth of use. The harder a vehicle works each day, the faster the electric advantage compounds, because the higher purchase price is spread over more kilometres.

The other half of the equation is uptime. A delivery three-wheeler that should run 120 km a day earns nothing while it queues for a charger, and operators estimate that unstructured, reactive maintenance raises total fleet running cost by around 20% .

The demand side is lining up too. Uber signed an MoU with Tata Motors for 25,000 electric vehicles across seven Indian cities, while delivery businesses such as Amazon, Flipkart, Zomato and Swiggy, along with aggregators like Zypp Electric and Magenta Mobility, make up the larger volume play.

What the petrol pump network teaches us

India’s petrol pump count crossed 100,000 for the first time, with 100,266 outlets at end-November 2025 per Petroleum Planning & Analysis Cell (PPAC) data, up from 50,451 in 2015. State-owned companies run over 90% of them: Indian Oil 41,664, BPCL 24,605 and HPCL 24,418, against 2,114 for Jio-bp and 346 for Shell. Rural outlets are now about 29% of the total. Three lessons carry over to EV charging.

First, sites were the moat. A pump is land with road frontage, a licence, supply logistics and an operator, built by incumbents with balance sheets that could wait. A charger needs all of that plus a grid connection. Second, more sites do not mean more demand: as the network crowded, average sales per pump fell and some outlets on weaker routes slipped into losses. Public charging, already at under 2% utilisation, risks the same dilution if sites are added ahead of vehicles. Third, the economics differ. Fuel arrives by tanker and a pump serves a vehicle in minutes, while a charger occupies a bay for far longer, so an EV site needs more space and power per vehicle served. This is our reasoning and it explains why matching the pump count is the wrong benchmark, and why places where vehicles already stay (homes, offices, malls, depots) may beat a copy of the petrol pump model.

What the oil companies are doing

The incumbents saw this coming. In November 2021 Indian Oil, BPCL and HPCL announced plans for 22,000 (10,000, 7,000 and 5,000 respectively) EV charging stations over three to five years. There is no accurate data of where the oil companies are in this journey and what is the overlap with the government push for setting up public charging infrastructure.

Jio-bp, the Reliance and bp joint venture, has more than 7,000 active charging points in over 300 cities, including DC fast chargers from 60 kW to 480 kW; it grew from 1,300 to 5,000 points in under a year to September 2025, with about 95% fast chargers and a claimed 96% reliability. Indian Oil chose a different route for small vehicles: a 50:50 joint venture with SUN Mobility for battery-as-a-service at its fuel stations, aiming at over 10,000 swap stations in 40-plus cities.

In our view the incumbents are hedging with the asset they already own, pump land. They favour swapping for two and three wheelers and DC fast charging for cars. Even with deep pockets, though, the 22,000 target looks slow to deliver, which is a reminder that charging is harder to build than fuel retail.

Software is the real product

At the risk of over-simplifying this, a charger is, a metal box with some smarts, and these metal boxes get cheaper and more alike every year. What separates a profitable depot from an expensive headache is what runs it. Load management - so forty vehicles do not trip the sanctioned connection at 9 p.m. Scheduling - around cheaper tariff windows. An alert - when a charger goes quiet. Billing -  that a finance team can reconcile. Compliance with OCPP (Open Charge Point Protocol) standards so that the service provider can scale the infrastructure seamlessly. Software also ties the real-estate and power problem together: a forty-vehicle depot with smart charging may need far less sanctioned load, and a smaller DISCOM security deposit, than the same depot charging flat out.

Government policy is laying the rails. The Ministry of Power’s 2024 guidelines require an OCPP or OCPI (Open Charge Point Interface) compliant management system for networked chargers, and the government has announced a Unified Bharat eCharge platform to help users find chargers and pay across operators. The public side is still messy: no single network dominates, so owners end up carrying several apps. That annoys drivers but is an opportunity for anyone building the layer that ties it together.

Clean power is the next test

An EV is only as clean as the electricity it charges on. India’s grid is still coal-heavy, although non-fossil sources now make up roughly half of installed capacity. An electric three-wheeler already emits less over its life than a petrol or diesel one, but the gap widens as the grid gets cleaner. Charging therefore sits where two of India’s big transitions meet, and fleets matter most here. A depot charges on a predictable schedule, so it can move most of its load to the hours when solar output is high or the grid is least stressed.

This is where depots have an edge over scattered public chargers. A depot has roof space or nearby land for solar, a known overnight load, and the scale to justify a battery. Software ties it together by choosing when to charge, how much to draw from the grid, and when to use stored power. Open access and green-tariff routes let larger operators buy renewable power directly, and some may be able to report lower emissions to corporate customers who track them. In our view, clean power will strengthen the case for software and fleet charging, because the operators who manage load well are also best placed to use renewable energy well.

Who is already in the race

Table 1. Key players across the fleet charging value chain.

What next

What we have illustrated below, is how each layer makes money, what could go wrong and what to watch.

India’s EV story has mostly been told through scooters, cars and the showrooms. The next chapter will be written after dark, inside depots, by people who never appear in launch videos. The boom is coming, and it will run quietly, on a schedule, on software.