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AT · 2026 guide

EV charging in Austria

A guide to the charging network in Austria. Major operators, common connector types, pricing context, and where to plug in on the road.

Showing the 60 highest-power sites · expand for the full picture

1,333

Stations

234

Fast (≥50 kW)

101

Ultra (≥150 kW)

30

Operators

Planning a trip in Austria? Plot an EV-aware route with charging stops.Route planner →
Top cities

Where the chargers cluster in Austria

Full city list →

Headline sites

Highest-power stations in Austria

Sorted by max kW. Drop in for a single fast charging session or use these as anchor points on a route.

Cities

Browse every indexed city

Sorted by station count.

≥ 50 kW

Fast chargers

234 stations at 50 kW DC or higher.

≥ 150 kW

Ultra-rapid

101 sites with at least one 150 kW socket.

Map

Interactive map

Filter live, drag the bounding box.

Plugs

Connector mix in Austria

Counts derived from imported station inventory in Austria.

Country guide

EV charging in Austria

Austria pairs a compact, well-covered network with a clean, hydro-heavy grid. We index around 1,330 sites. Type 2 covers AC and CCS covers DC, in line with the rest of Europe, and SMATRICS runs one of the most established public fast networks. The alpine terrain is the main thing that shapes how you plan a longer drive.

SMATRICS is a long-standing nationwide operator, joined by regional utilities, the Wien Energie network in the capital, IONITY on the motorways and widespread Tesla Superchargers. Vienna is the centre of coverage, with Innsbruck, Salzburg and the western resort areas also represented. The motorway network carries the high-power CCS hardware that makes transalpine trips practical.

Mountains change the maths

The Alps are the defining factor. Long climbs use energy quickly, but the descents recover a useful chunk through regenerative braking, so an EV can be efficient on mountain routes if you drive for it. Cold at altitude in winter cuts range and slows DC charging, so preconditioning and a bigger buffer pay off on alpine passes. Plan stops around the geography rather than assuming flat-road consumption.

Access and cost

Access is by app, RFID and increasingly contactless, with roaming common across Austrian and neighbouring networks. Public DC is billed per kWh. Austrian electricity leans heavily on hydropower, so it is relatively clean, and home charging on a domestic or night tariff is the economical default. For visitors crossing from Germany or Italy, the shared Type 2 and CCS standards mean no connector worries.

FAQ
How do the Alps affect EV driving in Austria?
Long climbs use energy fast, but descents recover a meaningful amount through regenerative braking, so EVs can be efficient on mountain routes if you drive smoothly. The bigger issue is winter cold at altitude, which cuts range and slows DC charging. Precondition the battery, keep a larger buffer on alpine passes, and plan stops around the terrain rather than flat-road figures.
Which charging networks are biggest in Austria?
SMATRICS is the established nationwide operator, alongside regional utilities, the Wien Energie network in Vienna, IONITY on the motorways and widespread Tesla Superchargers. Vienna has the densest coverage. Access is by app, RFID or contactless, with roaming common across Austrian and neighbouring networks, so a single account often covers much of the country and the borders.
Is Austrian charging powered by renewables?
To a large extent. Austria relies heavily on hydropower for its electricity, so the energy going into an EV is relatively low-carbon. That makes charging here cleaner than in fossil-heavy grids, and home charging on a domestic or night tariff is economical as well as green. Public DC fast charging costs more per kWh but draws on the same clean grid.
Can I drive between Germany, Austria and Italy on one EV setup?
Yes. All three use Type 2 for AC and CCS for DC, so your car fits everywhere without adapters, and roaming agreements increasingly cover the borders. The motorways carry high-power CCS for transalpine runs. The main planning factor is the mountain terrain and winter cold rather than connectors, so allow for altitude and weather on the passes.