Network
3,000 chargers by 2030: where Pakistan's network stands
Pakistan's charging network measured against the NEV policy target: what exists today, city by city and motorway by motorway, and where the gaps are.
The target is 3,000 public charging stations nationwide by 2030, with approximately 40 new stations roughly every 105 km along the highway network, and a first phase of 40 Level 3 DC fast chargers on the motorways and the N-5 handled by the National Highway Authority.
Against that, here is the network as it stands: 156 public chargers across 34 cities, 78 of them DC fast at 43 kW or more. Those numbers come off the same live listing the Sarai app uses, so they move. The policy target does not.
The gap is not evenly distributed
A national count hides the thing that matters, which is that charging infrastructure is useless in aggregate and only useful in specific places. Two chargers 400 km apart are not "two chargers" to a driver, they are a route that does not work.
Broken down, the network has three distinct characters:
The big-city cores are fine. Lahore, Karachi and Islamabad each have enough AC and DC charging that an urban EV is a solved problem — you charge at home, and the public network is a backstop you rarely touch. Every city listing shows what is actually within reach.
The secondary cities are thin but present. Faisalabad, Multan, Peshawar, Hyderabad: a handful of chargers each, usually one genuinely fast one, often attached to a hotel, a mall or a dealership. Enough to make an EV viable if you live there. Not enough that you would plan around the network failing.
The motorways are where the plan and the map diverge. This is the part the 105 km spacing target is aimed at, and it is the part that decides whether an EV is a car you can own or a car you can only own as a second car.
The motorway picture
Every one of the motorway route pages on this site is built the same way: real road geometry from the routing engine, every charger within 25 km of the road placed at its true distance along it, and any stretch longer than 300 km without a DC fast charger flagged as a gap.
The longest run is Lahore to Karachi — 1,203 km on the M-3, M-4, M-5, N-5 and M-9, with 36 DC fast chargers within reach of the road. A standard-range EV needs about 4 stops, and the route page lists them in driving order for four different range bands.
What the route pages make visible, and a headline count cannot, is that the chargers are not spaced for driving. They cluster around the cities the road passes through, because that is where the grid connection and the site and the customers are, and then there is nothing for a long stretch in between. A target expressed as "one every 105 km" is a direct response to exactly this clustering, and it is the right way to express the target — but it means the next 2,000 chargers have to go where the demand currently is not, which is a harder commercial proposition than the first 300.
What has to be true for 3,000 to happen
Roughly 2,000-2,700 stations in four years is on the order of two a day, every day. That does not happen through the existing model of an operator finding a site and negotiating a connection one at a time. Three things have to change, and all three are in the policy:
The tariff had to come down, and it has. Charging-station electricity is capped at Rs 39.70 per kWh, cut from about Rs 71 — a 44 percent reduction. That is the single biggest change to charge point economics, because the input cost was previously high enough that a site needed implausible utilisation to make sense. The cost breakdown shows where that lands for the driver.
Highway sites have to be allocated rather than found. The NHA programme matters more than its 40-charger first phase suggests, because service areas on a motorway are a controlled, allocable asset. A regulator can put a charger at every service area by deciding to. It cannot make a private operator build one at kilometre 340 of the M-5.
New buildings have to arrive pre-wired. The requirement that new construction above a threshold includes charging provision is the cheapest infrastructure in the whole policy — conduit laid during construction costs a fraction of retrofitting it — and it compounds quietly over the whole period.
What a driver should do about it
Plan around the network that exists. Concretely:
- Check the specific road, not the national count. The route pages show the stops in driving order and flag the gaps for four different range bands, including small-battery cars.
- Know your car's real reach, not its rated range. WLTP, NEDC and CLTC figures are not comparable to each other and none of them survive a Pakistani motorway in August. Every EV model page derates the rated figure to something you can plan with.
- Treat a single charger as a single point of failure. If a leg depends on one DC charger, know the nearest alternative before you set off — every charger page lists them — and ask in the WhatsApp community whether it is working tonight.
- Charge at home. Everything above is about the 5 percent of your driving that is intercity. The other 95 percent is solved by a socket where you park.
The network will get better. In the meantime it is good enough for a planned long drive and entirely fine for a city, and the difference between those two statements is the whole reason this site exists.