How much does it cost to charge an EV on the public network in the UK?
The short answer: as of 2026, you'll typically pay around 54p/kWh at standard and fast chargers, and around 76p/kWh at rapid and ultra-rapid chargers - that's roughly 16p per mile and 23p per mile respectively. But prices vary significantly by network, speed, and how you pay. Here's everything you need to know.
Public charging costs are one of the most common questions new EV drivers have - and one of the most misunderstood. The answer isn't a single number. It depends on what type of charger you use, which network you're on, whether you have a membership, and a few other factors that are worth understanding before you plug in.
This guide breaks it all down with up-to-date UK prices, a network-by-network comparison, and tips on how to keep your public charging costs as low as possible - including how Electroverse can help you access better pricing across more than a million chargers with a single app.
The two main pricing tiers on the public network
The UK's public charging network is officially divided into four speed categories, but when it comes to pricing, there are really two tiers that matter:
Slow and fast chargers
These are the chargers you'll typically find on residential streets, in supermarket car parks, at hotels, and in destination locations. They're designed for longer stays where you're parked for a couple of hours anyway. The weighted average PAYG (pay-as-you-go) price for these chargers in March 2026 is 54p/kWh - equivalent to around 16p per mile for an average-efficiency EV.
Rapid and ultra-rapid chargers (50kW and above)
These are the en-route chargers at motorway services, forecourts and charging hubs - the ones you use when you need a meaningful amount of range added in 20-45 minutes. The weighted average PAYG price for these in March 2026 is 76p/kWh, or around 23p per mile.
Those are averages. In practice, rapid and ultra-rapid prices range from around 57p/kWh up to 89p/kWh depending on the network. The variation matters, and we'll cover exactly which networks charge what below.
Network-by-network price comparison 2026
Here's how the UK's major rapid and ultra-rapid networks stack up on PAYG prices
Network
PAYG Price (Per kWh)
Max Speed
Notes
Tesla Supercharger
~57p
250kW
Now open to non-Tesla users
Believ
~66p
150kW
Good value; growing network
Sainsbury's Smart Charge
~72p
150kW
Destination charging while shopping
Fastned
~79p
400kW
Premium speed; good motorway locations
Osprey
~82p
300kW
Wide coverage
IONITY
~79p
350kW
Highest-power chargers; subscription via Electroverse cuts cost significantly
bp pulse
~89p
150kW+
High speed, widely available
InstaVolt
~87p
160kW
High speed, widely available
All of these networks are accessible through Electroverse - so instead of tracking prices on multiple apps, you can see real-time pricing, availability and charger status in one place.
What does a typical public charge actually cost?
Rather than thinking in pence per kWh, it helps to think in real-world scenarios. Here's what a typical session costs at different speeds:
Topping up at a supermarket (50kW rapid, 30 minutes)
Adding around 25kWh at 76p/kWh costs roughly £19. That gives most mid-size EVs around 80-90 miles of range. Good for a quick boost while you do a weekly shop.
Motorway stop at an ultra-rapid hub (150-350kW, 20-25 minutes)
Charging from 20% to 80% in a 64kWh battery (about 38kWh) at 76p/kWh comes to around £29. At the pricier end of the network (say, bp pulse at 89p/kWh), that same session costs around £34. This is the main scenario where public charging costs start to feel significant.
A slow overnight charge at a destination charger (7kW, 8 hours)
Charging 50kWh at 54p/kWh costs around £27. Slower and more expensive than home charging, but useful when staying somewhere without a driveway or when travelling away from home.
How does public charging compare to home charging?
Home charging is dramatically cheaper than public charging - particularly when combined with an off-peak EV tariff. Here's the comparison at a glance:
Charging method
Typical cost per kWh
Cost per mile (3.5 mi/kWh)
Home (standard tariff, April 2026)
~24.67p
~7p
Home (Octopus Intelligent Go off-peak)
~8p
~2.3p
Public fast charger (PAYG)
~54p
~15.4p
Public rapid/ultra-rapid (PAYG)
~76p
~21.7p
Public rapid/ultra-rapid (priciest)
~89p
~25.4p
If you can charge at home overnight on an off-peak tariff, public charging should be your backup, not your primary method. But for drivers in flats, rented properties, or without off-street parking - around 40% of UK households - public charging is an unavoidable part of EV life. That's where understanding the network well, and using tools like Electroverse to find the best-priced chargers, makes a meaningful difference.
For context: a petrol car averaging 40mpg at around £1.36/litre costs approximately 15p per mile in fuel. That means public rapid charging (at around 22-25p per mile PAYG) is currently more expensive per mile than petrol for many drivers. Home charging on an off-peak tariff (at 2-3p per mile) is the reverse - dramatically cheaper.
The VAT situation - and why it matters
Here's something that's been in the news recently and is worth knowing about.
For years, public EV charging in the UK has attracted 20% VAT - the standard rate - while domestic electricity (including home EV charging) has attracted just 5%. This gap, sometimes called the "pavement tax", effectively penalises the 40% of UK households without off-street parking who can't charge at home.
In February 2026, a First-tier Tribunal ruled in a case brought by community charging operator Charge My Street that public EV charging can qualify for the reduced 5% VAT rate under existing law - specifically, when electricity supplied at a single location to an individual customer doesn't exceed 1,000kWh per month (which covers virtually every personal charging session). The ruling was welcomed by industry groups and EV drivers alike, and was seen as a major step toward fairer public charging costs.
However, in April 2026, HMRC confirmed it is appealing the decision. That means the 20% rate continues to apply at most public chargers while the appeal works through the courts. If the government ultimately drops the appeal or loses, the price of a typical rapid charging session could fall by around 10-12% - a meaningful saving for drivers who rely on public charging.
Electroverse and the wider EV industry are watching this case closely. We'll update pricing guidance as the situation develops.
Free public charging - does it still exist?
Yes, but it's increasingly rare. The Consumer Rights Act requires public chargers rated 8kW and above (installed after November 2024) to accept contactless payment, and most commercial operators now charge for electricity. However, some free charging does persist in specific places:
Some supermarkets: A handful of older Pod Point installations at Tesco stores still offer slow free charging, though this is being phased out
Some hotels and leisure venues: Destination chargers as an amenity for guests
Some local councils: A declining number of on-street slow chargers remain free in specific areas
If you're hunting for free chargers, the Electroverse app shows live pricing and will show free options in your area. Don't rely on them for long-distance journeys, but they're a useful bonus for city drivers.
How to keep your public charging costs down
A few practical principles that make a real difference:
1. Charge to 80%, not 100%: Battery charging slows significantly above 80% state of charge - so the final 20% takes almost as long as the first 60%, but you're still paying for the time. Stopping at 80% on rapid chargers is faster, cheaper, and better for battery health.
2. Use the Electroverse map to compare pricing before you arrive: Real-time pricing is visible in the Electroverse app before you pull in. Choosing a one operator over another on the same route can save £5-8 per session.
3. Look for Plunge Pricing sessions: Electroverse's Plunge Pricing feature - powered by Octopus Energy's grid intelligence - offers discounted rates at participating chargers during periods of low grid demand. If your journey is flexible, checking for active Plunge Pricing windows can meaningfully reduce your cost per kWh.
4. Use one account for all networks: The Electroverse app and Electrocard give you access to over 1.3 million chargers across the worlds major networks - Gridserve, Osprey, Ionity, InstaVolt, MFG EV Power, bp pulse, and more - without needing a separate app or account for each one. That means less time fumbling with apps at the charger and more visibility over your total charging spend.
5. Plan your route around charger pricing: If you're doing a long motorway journey, it's worth spending two minutes on the Electroverse route planner to see which charging stops offer the best price-to-speed combination for your car. A 20kWh session at Tesla (57p/kWh) rather than InstaVolt (87p/kWh) saves around £6 - over a year of regular long-distance driving, that adds up.