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By the end of 2024, the total number of public charging stations in the European Union will reach about 1 million.
This is a milestone, but only considered ‘passing’ – the interim goal for 2025 happens to be 1 million. The problem is that the target for 2030 is 3.5 million. From 1 million to 3.5 million, there is still a gap of 6 years and 2.4 million piles – the speed needs to double on the current basis.
The Three Kingdoms hold up half the sky
The distribution of charging stations in Europe is a typical long tail – with very few countries taking the majority.
The undisputed champion. The per capita density is the highest in Europe, with one charging station allocated for every 2.6 electric vehicles (including PHEVs). But 96.9% is AC slow charging, and only 3.1% is DC fast charging. [Source: EAFO/RVO, 2025.12]
Ranks second, with DC accounting for approximately 21%. Fast charging networks such as Ionity and Fastned are accelerating their deployment on highways. [Source: EAFO/BNetzA, by the end of 2025]
Ranks third, with DC accounting for about 23%. AVERE data shows that the proportion of fast charging in France has continued to increase in recent years. [Source: EAFO/AVERE, by the end of 2025]
The three countries together account for more than half of the total number of charging stations in Europe. The UK ranks fourth with around 85000 roots, Belgium with around 52000 roots, Italy and Spain with 52000 and 38000 roots respectively. [Source: EAFO/Zap Map, by the end of 2025]
The “Ice and Fire” of Car Pile Ratio
The vehicle to pile ratio is the core indicator for measuring charging convenience. [Source: EAFO, by the end of 2025]
- Netherlands 2.6:1 – Almost every 3 vehicles have one pile, but 96.9% are slow charging.
- Germany 14.7:1 – Each pile serves about 15 vehicles, and fast charging 21% alleviates some of the pressure.
- UK 16.5:1 – With more vehicles and fewer piles, the layout of ultra fast charging is accelerating.
- Norway 26.6:1 – Electric vehicle penetration rate is the highest, but DC accounts for 44%, and fast charging coverage is good.
The counterexample from Norway illustrates a truth: ‘Having more piles’ does not mean being useful, and ‘having fewer piles’ does not mean being insufficient. Fast charging can be equivalent to ‘one for ten’.
Q1 2026: The momentum of BEV
The Q1 BEV registration volume has grown strongly in Italy, France, and Germany, with a BEV market share of 20% in Europe at the beginning of the year. [Source: EAFO, May 15, 2026] [Source: BMI/EAFO, 2026]
Core judgment: The quantity is sufficient, but the quality is not enough. One million piles have solved the problem of “whether there is”, but “whether it is fast, dense, and stable” is the core contradiction of the next stage.
Heavy truck charging – the underestimated next explosive track
If the discussion on charging passenger cars is about “growth”, then the discussion on charging heavy-duty trucks is about “change”.
What does MCS: 1.2MW mean?
The implementation of MCS (megawatt level charging system) standards is an industry level paradigm shift. Mainstream passenger car fast charging is about 150-350kW, with 1.2MW increasing by 8 times compared to 150kW.
Integrated storage and charging
In Europe, storage is a ‘charcoal in the snow’. About 1600GW of renewable energy and energy storage projects are waiting to be connected to the grid. The combination of economic energy storage and urban green power goals has made the integration of storage and charging an optional and mandatory option.
Post time: Sep-21-2026
