2026. 10. 5. 17:13ㆍ자동차
Hello everyone!
Every conversation about electric vehicles eventually lands on the same question: is there anywhere to plug in? The honest answer in 2026 is that the world crossed 7 million public charging points at the end of 2025, and almost none of that growth was evenly distributed. Two thirds of those connectors sit inside a single country, while the market with the second largest electric fleet on earth has roughly 3% of them. The numbers below come from the International Energy Agency and they tell a more interesting story than any headline count does.
1. Seven Million Points, Two Thirds in One Country
Global public charging stock grew about 33% during 2025, with roughly 1.8 million new points added in a single year. That is a genuinely fast build-out by infrastructure standards - power utilities rarely add a third of anything in twelve months. But the geography is lopsided. China installed more than 75% of the global additions and finished the year holding over 65% of every public charging point on the planet.
| Market | Public charging points (end-2025) | Share of global stock |
|---|---|---|
| World total | 7,000,000+ | 100% |
| China | 4,700,000+ | 65% |
| United States | ~235,000 | 3% |
| Netherlands | 210,000 | 3% |
| Germany | 196,000 | 3% |
| France | 185,000 | 3% |
| United Kingdom | 116,000 | 2% |
| India | 88,000 | 1% |
| Brazil | ~24,000 | 0.3% |
Source: IEA, Global EV Outlook 2026, Electric vehicle charging chapter (end-2025 figures).
Look at the Netherlands line for a moment. A country of roughly 18 million people has nearly as many public charging points as the entire United States. That is not an accident of wealth - it is a consequence of housing stock. Dutch cities are dense, street parking dominates, and a driver without a driveway needs a kerbside post. Charging networks grow to fit the way people park, not the way they drive.
2. Cars Per Connector Is the Number That Matters
Raw charger counts flatter large countries and tell you nothing about queueing. The useful metric is how many electric cars share each public point. Globally that figure sat at about 11 electric light-duty vehicles per public charging point in 2025.
| United States | 33 | |
| European Union | 11 | |
| World average | 11 | |
| China | 10 | |
| Korea | 2 |
Source: IEA, Global EV Outlook 2026 - electric light-duty vehicles per public charging point, 2025.
Korea is the outlier at just over two cars per point, which reflects a deliberate policy of mandating chargers in apartment complexes - a sensible answer in a country where most households live in high-rise housing. The United States sits at 33 cars per point, three times the global average, and that gap is the real explanation behind American range anxiety. It is not that chargers do not exist; it is that each one serves far more cars. On current policies the IEA expects the US figure to pass 45 by 2035 and Europe to climb above 30, so the ratio tightens before it loosens.
3. Kilowatts Beat Headcount
A charging point is not a unit of anything useful. A 3.7 kW lamp-post socket and a 350 kW highway stall both count as one point, yet they deliver energy a hundred times apart. Measuring installed public capacity per electric car gives a far better picture of how quickly a fleet can actually be refuelled.
| Korea | 9.0 kW | |
| China | 6.0 kW | |
| World 2025 | 4.5 kW | |
| World 2035 (proj.) | 3.5 kW | |
| European Union | 3.0 kW | |
| United States | 1.5 kW |
Source: IEA, Global EV Outlook 2026 - public charging capacity per electric light-duty vehicle (kW/EV), 2025 and Current Policies projection to 2035.
Two things stand out. First, the global average of 4.5 kW per car is forecast to fall to about 3.5 kW by 2035 under current policies, because fleets are growing faster than hardware. Second, China is not simply installing more points - it is installing faster ones. Its fast and ultra-fast charger count rose 40% in one year, from 1.5 million in 2024 to 2.2 million in 2025. That single line explains why Chinese charging feels different on the ground: the median connector a driver meets there is a DC unit, not an AC post.
4. Most Charging Still Happens Where You Sleep
For all the attention public networks receive, EV owners charge privately - at home or at work - roughly 75% of the time. In Norway about 90% of EV owners have a home charger. In China only about half do, with another third relying on shared residential chargers, which is precisely why Chinese public infrastructure had to scale so aggressively.
This shapes where the next decade of investment goes. The IEA expects home chargers to make up around 60% of all new charging point additions between 2026 and 2035, with workplace charging taking about 35%. Public fast charging is the visible tip, but the bulk of the build is a slow AC socket next to a parking space. From an engineering standpoint that is good news: a 7 kW overnight charge is gentle on the battery, cheap to install, and far kinder to the local grid than a bank of 350 kW stalls. Standards work reflects this too - IEC 61851 defines the conductive charging modes used by those AC installations, and ISO 15118 provides the communication layer that makes automated authentication and smart, grid-aware scheduling possible.
5. The Heavy-Duty Frontier Is Still Tiny
Trucks and off-road machines are where the next bottleneck sits. Globally, just over 70,000 public charging points could accommodate heavy-duty vehicles at the end of 2025 - about 1% of the total. China deployed roughly one million electric trucks by the end of 2025 but has only somewhere between 5,000 and 9,000 public HDV charging stations to serve them, and only around 1% of those truck chargers are megawatt-scale. The majority still operate at 300-400 kW.
Europe is earlier still: more than 4,000 HDV-accessible chargers, of which roughly 30% are truck-only, and fewer than 50 units identified above 1 MW. Germany has committed to 725 ultra-fast and 685 megawatt charging stations for heavy-duty vehicles. For those of us working on electrified construction equipment, these figures are the constraint that matters. An electric excavator or wheel loader working a ten-hour shift needs either a depot charger sized like a truck stall or a battery swap strategy, and the public network will not be rescuing anyone on site this decade.
Final Thoughts
The headline number - 7 million public charging points, up a third in a year - is real progress. But three derived figures matter far more than the total: cars per connector, kilowatts per car, and the share of charging that never touches a public network at all. By those measures, China and Korea have built ahead of their fleets, Europe is keeping pace, and the United States is running a deficit it has not yet closed. And the one segment with the hardest duty cycle, heavy and off-road equipment, has barely 1% of the infrastructure.
If you are choosing where to put your own money or your own engineering hours, the lesson is consistent: capacity beats count, and the overnight socket beats the highway stall for most of the energy delivered. Thanks for reading, and I would love to hear what the charging situation looks like where you drive.
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