Germany is adding fast chargers at roughly 40% a year, and charging on them costs almost exactly what it did a year ago. Both halves of that sentence matter, and the second one is the surprise: infrastructure booms usually show up in prices eventually, and this one has not.
The figures come from Cirrantic's Edison Charging Radar, which puts the country at almost 233,000 registered public charge points — about 170,000 AC connections and more than 51,000 DC points above 50 kW.
Two registers, two numbers, one definition
The official count says something different, and the difference is worth understanding before you quote either. The Bundesnetzagentur's Ladesäulenregister recorded 209,605 publicly accessible charge points in operation on 1 July 2026.
| Bundesnetzagentur (1 Jul 2026) | Cirrantic / Edison (Aug 2026) | |
|---|---|---|
| Total public charge points | 209,605 | ~233,000 |
| Slower / AC | 155,264 | ~170,000 |
| Fast | 54,341 | >51,000 |
| Simultaneous power | 9.04 GW | not stated |
Note that the commercial tracker counts more points overall but fewer fast ones. That is not a contradiction, it is a threshold. German law draws the line at 22 kW: under the Ladesäulenverordnung a Normalladepunkt delivers at most 22 kW and anything above that is a Schnellladepunkt. Cirrantic draws its line at 50 kW.
So the Bundesnetzagentur's 54,341 "fast" points include a band of 22–50 kW chargers that Cirrantic files as slow. If you are planning a long drive, Cirrantic's stricter number is the more useful one — a 22 kW post is not a road-trip charger.
The price that refused to move
Ad-hoc charging — plugging in and paying at the point, with no contract, app or roaming card — costs 57 cents per kWh on AC, with DC about five cents higher. That is the tariff for the driver who arrives without a subscription, and it has stayed broadly flat while the network grew.
Utilisation explains why operators can hold it. DC and HPC points are averaging more than 2.5 charging sessions a day; AC points manage around 0.6. Germany now runs over 6.3 million public charging sessions a month, up more than 25% year on year. Fast chargers are expensive to build and are being used hard enough to pay for themselves, which is precisely the condition under which prices stabilise rather than climb.
What it means for Tesla owners in Germany and Europe
Germany is the largest EV market in Europe, and its ad-hoc tariff is the reference point other national markets get compared against. Two practical things follow from these numbers.
First, the ad-hoc rate is the price of being unprepared, and it is the one number worth designing around. Roaming contracts and operator apps sit well below 57 cents; the gap is the convenience fee for turning up cold. Tesla owners increasingly charge off the Supercharger network on longer routes, and this is what that costs by default.
Second, the growth is concentrated where Tesla does not have a monopoly on speed. More than 51,000 DC points above 50 kW is a large multiple of the Supercharger footprint in Germany, and it is growing faster. The Supercharger network's advantage in this market is no longer scarcity of fast electrons — it is reliability, payment friction and routing, which is a harder thing to defend and an easier thing for competitors to copy.