India's public EV charging network grew fivefold in two years. Most of it sits in eight states.

An electric vehicle is only as useful as the nearest place to charge it. So as India pushes electric two-wheelers, cars, and buses onto its roads, the quieter question is whether the charging network is keeping up, and where.

The public data gives a clear answer on the first half of that question. India now has 25,852 public electric vehicle charging stations, according to the Ministry of Heavy Industries, up from just 5,151 at the end of 2022. The network has grown fast. But it has grown unevenly, and it does not perfectly match where the vehicles are.

The map: where India’s chargers are

Charging stations are concentrated in a handful of large states. Uttar Pradesh leads with 2,901 public chargers, followed by Tamil Nadu at 2,434 and Maharashtra at 2,010. The top five states hold 43% of all the public chargers in the country, and the top eight hold close to 60%.

The pattern echoes the industrial map of the country. The large western, southern, and northern-plains states run dark; the northeast, the Himalayan belt, and the island territories run pale. Several places have almost no public network at all: Sikkim has 13 stations, Ladakh 15, the Andaman and Nicobar Islands 7, and Lakshadweep a single one.

Five times bigger in two years

The concentration is easier to forgive when you see how new this network is. At the end of 2022 India had 5,151 public charging stations. Two years later that had crossed 25,000.

Most of that jump is recent: the network roughly doubled in 2023 and then more than doubled again in 2024, when over 13,000 new stations were reported in a single year. A five-fold expansion in about two years is genuinely fast.

It is also, still, a thin network for a country of India’s size and ambition. Twenty-six thousand public points is a start, not a finished grid, and the gaps are geographic as much as they are numerical: whole regions in the northeast and the hills have almost nowhere public to plug in.

Do the chargers follow the cars?

A charging map only matters next to a demand map. So where are people actually buying electric vehicles? Under PM E-DRIVE, the central subsidy scheme, Maharashtra leads with 1.77 lakh EVs sold, ahead of Karnataka and Uttar Pradesh. Nationally the scheme has supported more than 10 lakh electric vehicles.

At the top, supply broadly tracks demand: the states selling the most EVs are, mostly, the states building the most chargers. Maharashtra, Karnataka, Uttar Pradesh, and Tamil Nadu sit near the top of both lists.

Look one layer down, though, and the mismatches appear. Kerala is seventh in the country for EVs sold but only fourteenth for chargers. Odisha is tenth for sales and thirteenth for chargers. In the other direction, Haryana has the tenth-largest charging network but ranks seventeenth for EVs sold. You can hover any state on the map above to compare its charger count with its EV sales directly. Where those two numbers fall out of line is where the network is either running ahead of demand or lagging behind it.

The demand is mostly two-wheelers

There is one more thing the sales data makes clear, and it changes how to read the whole picture. Around 88% of the EVs sold under PM E-DRIVE are two-wheelers, with most of the rest being three-wheelers.

That matters because two-wheelers rarely need a public charger. They are usually charged at home or at work from an ordinary socket. The vehicles that genuinely depend on public charging, cars on long trips, taxis, delivery fleets, and electric buses, are a smaller share of what has been sold so far.

So the raw ratio of chargers to EVs can mislead. India does not need one public charger for every electric scooter. It needs public charging concentrated along highways, in cities, and around the commercial fleets that cannot charge at a home socket. Read that way, the concentration of chargers in large, urban, high-traffic states is less a failure of fairness and more a reflection of where cars and fleets actually run.

What this means for anyone building the EV economy

For anyone deploying capital into this shift, the state-level picture is the planning layer. A charge point operator choosing its next city, a fleet electrifying its fewer than a hundred vans, a mall or fuel retailer deciding whether to add bays, an EV brand planning its dealer and service map: all of them are making a bet on where demand and infrastructure will meet. The states where sales run ahead of chargers, Kerala and Odisha among them, are exactly where that bet is live.

None of this picture comes from one tidy dataset. It comes from stitching together three separate government releases, on charging stations, on year-wise deployment, and on subsidised sales, each with its own format and its own state-name quirks, into one comparable view. That kind of assembly, turning scattered public data into a decision-ready map, is ordinary work, but it is the work that has to happen before any of these bets can be made on evidence rather than instinct.

The caveats worth stating

These are public charging stations reported to the government, not a live census of every plug in the country. Private and home chargers, which power most two-wheelers, are not counted, so the true amount of charging capacity is larger than 25,852 points.

The three datasets also carry slightly different dates. The state charging counts are as on 1 March 2025, the sales figures as on 31 March 2025, and the year-wise series runs to 1 April 2025, so small differences between totals are timing, not error. The national year-wise count reaches 26,367 while the state-wise count sums to 25,852, a gap of that kind.

Finally, the EVs-sold figures are vehicles supported by the PM E-DRIVE subsidy, which is skewed toward two and three-wheelers, not a total of every electric vehicle registered in India. They show where subsidised demand is strongest, which is the right comparison for this report, but the full registration count is higher. The exact datasets are linked under References so you can check every figure at source.