UK Cars
The State of UK Public Charging, Summer 2026
The UK passed 121,000 public EV chargers this summer. We look at what the network actually looks like on the ground, where it is growing fastest, and what still needs fixing.
Few numbers in the electric car debate are quoted as often, and understood as rarely, as the size of the UK's public charging network. Headline counts rise every month, yet driver experiences range from effortless to infuriating, sometimes on the same journey. With the first half of 2026's installation data now published, it is a good moment to take an honest stocktake of where public charging stands.
The headline count
The UK's public charging network reached 121,171 chargers across 46,731 locations by the end of June 2026, according to Zapmap's half-year statistics. That represents 10% year-on-year growth, with 5,119 new chargers installed in the first six months of the year. The network ended 2025 at 116,052 chargers, so growth is continuing, though at a steadier pace than the breakneck expansion of a couple of years ago.
Two definitions matter when reading these figures. A charger is an individual socket you can plug into, while a device is the physical unit on the pavement or in the car park, and many rapid units carry two or more sockets. The UK count of 121,171 chargers sits on a smaller number of physical devices. Neither number is wrong; they measure different things, and the industry shifted its headline metric to chargers this year to align with official statistics.
The government's ambition, set out when the charging strategy was launched, is around 300,000 public chargers by 2030. On the current pace of roughly 850 net new chargers a month, the network would need to install close to four times faster to get there. That gap between trajectory and target is the quiet story behind every monthly announcement.
Where the growth is happening
The shape of the network is changing as fast as its size, and the detail is more interesting than the total.
On-street charging, the lamp-post and bollard chargers aimed at the millions of drivers without a driveway, saw the highest growth of any category, expanding 18% year on year to 39,859 chargers. This is the part of the market that decides whether electric motoring works for terraced streets and city centres, and it is where funding schemes like the Local Electric Vehicle Infrastructure fund are concentrated.
En-route charging, the rapid and ultra-rapid units at motorway services and trunk-road locations, grew 15.2% to 13,711 chargers. The number of charging hubs, sites with eight or more rapid or ultra-rapid chargers, passed a thousand for the first time and now stands at 1,034, with 108 added in the first half of the year alone.
The power ratings tell the clearest story of all. Ultra-rapid chargers, rated at 150kW and above, grew 37% year on year to 13,996 units, far outstripping every other band. Old 50kW rapid units, by contrast, saw barely any net growth as operators upgrade them to higher ratings. The network is not just getting bigger; it is getting faster, which matters more for journey times than raw charger counts suggest. A 15 to 20 minute stop at a 150kW unit replaces what used to be a 45 minute wait.
The regional spread
Averages hide a lot. Rapid and ultra-rapid provision grew 16.4% across the UK in the year to June 2026, but the regional picture behind that figure varies widely. The East Midlands added 21% to its rapid network, Northern Ireland 24%, and the North West 22%, while Scotland, which built early and built big, grew just 3.3% from an already large base.
London remains a special case. The capital has by far the highest overall density of chargers in the country, driven by on-street units, yet a comparatively low share of them are rapid, since most London charging happens overnight on residential streets rather than in transit. If you are judging the network by motorway stops, London looks under-provided; if you are judging it by the ability to charge outside a flat, nowhere else comes close.
What the counts do not capture
Charger counts measure availability, not experience, and the gap between the two is where most charging frustration lives.
Reliability is the first blind spot. A charger on the map but out of order is worse than no charger at all, and the industry's response has been the 99% reliability mandate in the Public Charge Point Regulations 2023, which requires operators of rapid chargers to maintain 99% uptime. Enforcement data remains thinner than anyone would like, so drivers still lean on app ratings and community reports to find working units.
Price is the second. Public rapid charging remains substantially more expensive per mile than charging at home on an off-peak tariff, and that gap is set to widen: in July the government announced that VAT on domestic electricity will be scrapped from 1 October 2026, while public charging stays at 20%. For drivers with a driveway, the public network is an occasional convenience. For everyone else, it is the everyday cost of running the car. We track what you actually pay per kWh in our public charging price guide.
The third is payment. Contactless payment is now required on new rapid chargers, which has killed off the worst of the fifteen-apps-fifteen-subscriptions experience, but older units and some destination chargers still want an account and a pre-payment. The direction of travel is right even if the destination has not been reached.
Who the network is really for
The most useful mental model is that public charging is a patchwork of three different jobs. En-route charging exists to make long journeys possible, and at 13,700 rapid and ultra-rapid units across more than a thousand hubs, it now broadly does that job on main routes, with the motorway network in the strongest shape it has been in. Destination charging, at supermarkets, gyms and car parks, tops you up while the car is parked anyway. On-street charging is home charging for people without homes you can plug into, and its 18% growth is the single most socially important number in the dataset.
That model also explains why complaints persist even as counts rise. A driver in a rural area watching the en-route network thicken on main corridors may still be miles from the nearest usable charger, a gap we look at in rural charging deserts. A flat-dweller in a town where the council has yet to commission on-street provision sees none of London's density. Networks are local, and national averages are cold comfort.
The honest read
The UK public charging network in summer 2026 is bigger, faster and more reliable than at any point in its history, and it is still not growing fast enough to hit the government's 2030 target without a significant change of pace. Both things are true at once. For the individual buyer, the practical question is not the national total but the specific spots you would actually plug in: your street, your regular routes, your holiday destinations. Check those, using a live map rather than last year's assumptions, and the national statistics become background context rather than a deciding factor.
If you have a driveway, the calculus is simpler still, and a home wallbox will cover the vast majority of your charging at a fraction of public prices. We cover the costs of that in how much does a wallbox cost, and whether you actually need a 7kW unit in our wallbox guide.