Public charging is growing fast but very unevenly. The global public network is on track to pass 9 million charge points in 2026, after roughly 1.8 million were added worldwide in 2025. China leads by a wide margin — about 4.76 million public points, around two-thirds of the world total. Europe crossed 1 million public points after 35%+ annual growth. The US has roughly 200,000 and is slowing, adding an estimated 37,000 in 2026. India is small but rising — about 88,000 at the end of 2025, with strong long-term growth expected. Bottom line: where you can charge depends heavily on where you live.
Public charging by region (approximate, 2025–2026)
| Region | Public charge points | Recent growth | 2026 outlook |
|---|---|---|---|
| China | ~4.76 million | Fastest in the world | Adding ~1.3M+ in 2026 |
| Europe | ~1 million+ | +35% in 2024 | Steady continued growth |
| United States | ~200,000 | +20% in 2024 | Slowing; ~37,000 added in 2026 |
| India | ~88,000 | Rising from a low base | Strong long-term growth expected |
| Global total | On track to pass 9 million | ~1.8M added in 2025 | 9M+ in 2026 |
The global picture
Public EV charging is expanding quickly, but the headline global numbers hide enormous regional differences. Worldwide, close to 1.8 million new public charge points were added in 2025, pushing the total past 7 million, and the network is on track to surpass 9 million in 2026. The catch is that the growth is heavily concentrated: one country accounts for the majority of it.
China: two-thirds of the world's chargers
China hosts roughly 4.76 million public charging points — about two-thirds of the global total — and continues to add more than any other market. Industry research projects China will install over 1.3 million additional public points in 2026 alone, more than the entire installed base of Europe. This reflects aggressive state planning, dense urban living that favours public charging, and the world's largest EV market by volume.
Europe: steady, broad-based growth
Europe passed 1 million public charge points after the network grew more than 35% in 2024 versus 2023. Growth here is steadier and more distributed across countries, supported by EU infrastructure rules requiring chargers at regular intervals along major roads. The remaining challenge is unevenness within Europe: a handful of countries account for a large share of the chargers, while others lag.
United States: momentum softening
The US increased its public charging stock by about 20% in 2024 to just under 200,000 points, but the pace is now slowing. One forecast estimates only around 37,000 public chargers will be added in 2026. Even so, fast-charging deployment has continued — the US added over 3,000 new fast-charging plugs in the first quarter of 2026 — and reliability has been improving. Policy uncertainty after the end of federal EV purchase credits in late 2025 has dampened the wider growth rate.
India: small base, strong trajectory
India is much earlier in its build-out, with roughly 88,000 public charge points at the end of 2025. Near-term growth is more modest in absolute terms, but the long-run trajectory is steep: under current-policy projections the network grows several-fold over the coming decade, supported by national schemes such as PM E-DRIVE and a growing two- and three-wheeler EV market that needs different charging than passenger cars.
Why the gaps matter for drivers
For a buyer, regional infrastructure differences are not abstract. They shape how easy long trips are, how much you depend on home charging, and how confident you can be in a given network.
| If you live in... | Practical reality | What to prioritise |
|---|---|---|
| A dense Chinese or European city | Public charging is widespread | Network app coverage, pricing |
| The US suburbs | Home charging plus a thinner public network | A home charger; route planning for trips |
| An Indian metro | Network is young but growing | Reliable home/workplace charging |
| A rural area anywhere | Coverage thinnest | Long-range EV; trip pre-planning |
What's driving — and limiting — the build-out
- Policy and funding: mandates and subsidies accelerate deployment; their withdrawal slows it, as seen in the US.
- Grid connections: securing capacity from the local utility is often the longest pole in the tent for new sites.
- Urban form: dense cities lean on public and curbside charging; spread-out suburbs lean on home charging.
- Reliability, not just count: a growing number of chargers only helps if they work — uptime is now a major focus.
Raw charger numbers can mislead. A region with fewer but reliable, well-placed high-power chargers can serve drivers better than one with many poorly maintained units. When comparing networks, weigh reliability, charging speed and pricing alongside the headline count.
Frequently asked questions
Which country has the most EV chargers?
How many public EV chargers are there worldwide?
Is US charging infrastructure still growing?
How developed is EV charging in India?
Does the number of chargers tell me how good a network is?
Sources & further reading
- IEA — Global EV Outlook 2026: Electric vehicle charging
- DigiTimes Research — Global EV charging stations to surpass 9 million by 2026
- InsideEVs — US added over 3,000 fast-charging plugs in Q1 2026
Figures, prices and policy details were current at the last-updated date above. Automotive pricing, incentives and regulations change frequently — verify time-sensitive details with the linked primary sources. Read our editorial policy and fact-checking standards.
