Global public charging points passed 7 million at the end of 2025, according to the International Energy Agency's Global EV Outlook 2026. Operators added nearly 1.8 million chargers last year, a jump of more than 33 percent over 2024, keeping pace with the growth of the electric car fleet.
The IEA puts the worldwide electric light-duty vehicle stock at roughly 76 million at the end of 2025, supported by more than 43 million private charging points. That works out to about 11 electric cars per public charger, a ratio unchanged from 2024. The agency also logged 4.5 kilowatts of public charging capacity per electric car, up from previous years as operators swapped slow units for faster ones.
Charging is no longer the weak link in EV adoption. With 7 million public points and a rising share of fast and ultra-fast units, the constraint has shifted from availability to cost and grid capacity, at least in markets that built early. The story matters now because the next wave of hardware, megawatt chargers, is landing in Europe while the United States faces a home-charging tax credit that expires on June 30, 2026.
The share of public fast chargers, those rated above 22 kW, grew faster than slow chargers in 2025. Fast chargers above 150 kW now account for a larger slice of new installations than a year ago. The IEA notes that faster chargers can serve more vehicles in the same window of time, so capacity per car matters more than point counts alone.
Home charging still carries most of the load. About three quarters of all EV charging worldwide happens at home or at work, with public fast chargers used only around 10 percent of the time. That split matters for costs. Residential electricity in major markets runs far below public fast-charging tariffs, which can be up to 240 percent higher. An EV owner who charges only on public fast chargers would face higher running costs than a comparable gasoline car.
The economics still favor EVs for most drivers. In 2025 a battery electric car in the United States saved roughly $860 a year in running costs versus a gasoline car, and the IEA estimates that figure rose to about $1,300 in 2026 as oil prices climbed. A driver covering 30,000 kilometers a year in the European Union could save about $1,900 annually at April 2026 prices.
Home charging access splits by housing type
Access to home charging varies sharply by country. In Norway, where 64 percent of residents live in detached or semi-detached houses, about 90 percent of EV owners can charge at home. In China only 7 percent of residents live in single-family houses, and a 2025 survey found just 50 percent of EV owners there have a home charger, though another third use shared chargers in apartment parking.
Policy is catching up. The European Union's revised Energy Performance of Buildings Directive requires new or renovated buildings to include pre-cabling for EV charging. Kenya's 2024 National Building Code mandates that 5 percent of parking in new buildings be EV-ready. India's model building bylaws already cover charging for 20 percent of parking capacity. Brazil has several proposals to support private charger installation in new buildings, including apartments, and a 2026 Sao Paulo law guarantees condominium owners the right to install charging infrastructure in their private parking spaces.
Subsidies also play a role. More than ten European countries offer grants for at-home charging. In the United Kingdom, residents in flats or rentals with off-street parking can receive up to GBP 500 per household. Canada, New Zealand and the United States run similar programs, though the US credit covering 30 percent of purchase and installation costs, capped at $1,000 for low-income or non-urban communities, expires June 30, 2026.
Megawatt charging lands in Europe
The next frontier is megawatt charging for passenger cars. BYD's Flash Charging system, rated around 1,500 kilowatts, has begun rolling out in Europe, and peak charging rates for new EVs have roughly doubled over the past year. A charge at that power can add hundreds of kilometers of range in minutes rather than hours.
The hardware is only part of the story. Megawatt stations draw heavily on local grids, and operators are pairing them with battery storage and solar to ease connection limits. Co-locating charging hubs with storage can lower infrastructure costs and speed deployment, especially with battery prices at record lows. The IEA also flags battery swapping as a parallel path, with CATL planning a nationwide swap network in China covering about 150,000 kilometers by 2030 and serving roughly 80 percent of the country's truck-line freight capacity.
Running costs and the oil price factor
The IEA's affordability analysis hinges on oil prices. With crude near $100 a barrel, running-cost savings for EVs rose 20 to 45 percent in most countries compared with 2025. The catch is that electricity prices can rise with natural gas prices, partially offsetting the gains. Oil prices strengthen the case for EVs but do not change their underlying cost position.
Electric cars are more energy efficient than internal combustion engine cars, using around 70 percent less energy per kilometer on average. In China, annual operating costs for a gasoline car rose from $660 in 2020 to nearly $900 in 2022 before falling to just over $700 in 2025, while BEV running costs stayed between $100 and $550. In the United Kingdom, BEV running costs climbed more than 80 percent from 2020 to 2025 as electricity prices rose, cutting the annual savings from over $650 to nearly $500.
What to watch next
The United States faces a policy cliff. The federal tax credit covering 30 percent of home charger costs, up to $1,000 for low-income or non-urban communities, expires on June 30, 2026. That could slow home charging growth just as public fast-charging expansion accelerates.
Heavy-duty vehicles add another layer. Daytime charging of trucks suits solar generation, and battery swapping is gaining momentum in China. The IEA's full Global EV Outlook 2026 is available at IEA. For more EV coverage see our EV desk.
The next 12 months will show whether megawatt hardware and grid upgrades keep pace with demand, or whether the gap between fast-charging supply and EV adoption reopens in markets outside China.