Electric truck charging in Europe: the AFIR guide for fleets (2026)

Electric truck charging infrastructure in Europe is usable on a handful of corridors and thin almost everywhere else. As of April 2026, the European Commission's Alternative Fuels Observatory counted 373 operational heavy-duty charging locations meeting the 350 kW power threshold, holding 2,405 recharging points across 21 countries. The rule that changes that picture is already in force: AFIR requires a 350 kW-capable charging pool every 60 km along the TEN-T core road network by the end of 2027, with full coverage by the end of 2030. This guide covers what the regulation requires, which countries are actually equipped today, what a charge costs against diesel, and how to plan a route around the network while it fills in.

What does AFIR actually require for truck charging?

AFIR is the Alternative Fuels Infrastructure Regulation, formally Regulation (EU) 2023/1804 , in force since 2023-10-13. It applies directly in every member state without national transposition. Two points matter for a carrier reading it for the first time.

First, AFIR binds member states, not hauliers. Nothing in it obliges an operator to buy an electric HGV. It obliges governments to make sure charging exists along defined corridors by defined dates, and it gives fleets a published timetable to plan against.

Second, the geography is the TEN-T network, the Trans-European Transport Network, which is the EU's designated set of priority road, rail, and port corridors. The core network is the higher-priority subset and carries the tighter deadlines. A lane on a major international motorway corridor is almost certainly on TEN-T. A lane on secondary national roads is probably not, and AFIR will do little for it.

AFIR also targets overnight infrastructure. Every safe and secure parking area has to offer at least two publicly accessible recharging points of 100 kW or more by the end of 2027, rising to four by the end of 2030. That provision matters more than the corridor targets for regional distribution work, because it is what allows a truck to charge during the driver's daily rest instead of burning driving time on a fast charger.

How many electric truck charging points does Europe have today?

The honest answer is: enough for a planned corridor operation, not enough for opportunistic long-haul dispatch.

EAFO's April 2026 dataset records 373 operational HDV charging locations meeting the AFIR 350 kW criterion, containing 2,405 recharging points across 21 countries. Of those locations, 278 are mixed-use sites with dedicated heavy-duty provision and 95 are exclusive to heavy-duty vehicles. The dataset counts only publicly accessible infrastructure, so private depot chargers, which is where most electric trucks in Europe are actually charged today, are excluded entirely.

Set that against modelled demand. The ICCT estimates the EU will need 60,000 to 80,000 public chargers and 150,000 to 175,000 private chargers for trucks by 2030 , representing 22 to 28 GW of installed charging power. Within that, only 4,000 to 5,300 need to be public megawatt chargers. That last point is the useful one for planning: megawatt charging accounts for roughly 15% of the required power but only about 2% of the required charger count, and more than half of public fast-charging demand can be served by 350 kW units that are cheaper and quicker to install.

Demand is moving faster than the public network. ACEA reported that electrically chargeable trucks above 3.5 t reached 4.2% of new EU registrations in 2025 , up from 2.3% in 2024, in a year when total truck registrations fell 6.2%. The share is still small in absolute terms, and it is concentrated in rigid distribution vehicles rather than 40 t long-haul tractors, but the direction is consistent.

Which countries are ahead on truck charging infrastructure?

Deployment is heavily concentrated. When EAFO published its first heavy-duty charging dataset in October 2025, five countries held most of the network out of 1,512 public HDV charging stations recorded across the EU.

Two caveats before you use that table as a route map. Mixed-use classification is assigned at location level, so a site counts as heavy-duty capable if it has any HDV-suitable charging device, which does not guarantee a bay a 16.5 m articulated combination can enter and exit. And the numbers are small enough that a single operator's rollout plan can reorder the ranking within a quarter.

The gap that matters commercially is Central and Eastern Europe. Poland, Czechia, Slovakia, Hungary, and Romania do not appear in the leading group, and a large share of EU cross-border road freight capacity is registered there. Until that changes, an east-west lane is a diesel lane for most of its length, so compare diesel prices across European markets alongside any electrification plan rather than treating the two fuels as separate budgets.

What does it cost to charge an electric truck compared with diesel?

Energy cost per km depends far more on where you charge than on what you drive. The table below is a worked example for a 40 t tractor-trailer on a 500 km leg, using stated assumptions you can replace with your own contract numbers: 1.3 kWh per km for the electric vehicle, 30 litres per 100 km for the diesel equivalent, and a 2.00 EUR per litre pump price.

The spread inside the electric column is the whole commercial story. A truck that returns to a depot every night and charges on a contracted tariff runs at roughly 40% of the diesel energy cost. The same truck charged entirely on premium motorway sessions runs above diesel. Any electric business case that assumes public charging for most of its energy is fragile.

Energy is not the full picture either. The ICCT found that under Germany's tolling system, model year 2026 electric trucks already show a total cost of ownership 10.1% below diesel for regional work and 11.4% below for long haul , largely because zero-emission vehicles are exempt from German motorway tolls, an exemption now extended to June 2031. Remove the toll effect and the picture reverses in most markets. For the full purchase-side comparison, including residual values and maintenance, see our guide to electric truck versus diesel total cost of ownership in Europe .

Where is megawatt charging being built first?

Megawatt Charging System, usually shortened to MCS, is the new high-power standard designed for heavy vehicles. It supersedes CCS, the Combined Charging System used by cars and by most current electric trucks, which tops out around 350 to 400 kW in practice.

The first public MCS point for heavy trucks in Europe went into operation on 2025-09-29 at the Lipperland Sued service area on the A2 motorway in Germany, delivered through the HoLa research project. Fraunhofer ISI reports the site delivers up to 1.2 MW , enough to add several hundred kilometres of range inside a 30 to 45 minute break, which is precisely the window a driver already has to take under EU driving time rules.

Scale follows funding. On 2025-12-17 the European Commission approved a EUR 1.6 billion German state aid scheme for fast charging for heavy-duty vehicles on motorways. Managed by Die Autobahn GmbH des Bundes, it funds up to 1,410 charging points at more than 120 non-serviced rest areas, with each hub specified to include at least 400 kW CCS ports and 1,000 kW MCS ports. For a fleet planner, the practical read is that German motorway charging capacity is a scheduled build with a named operator and eight-year contracts, not an open-ended promise.

How do you plan a route around Europe's charging network today?

Electric routing is a scheduling problem before it is a range problem. Six steps that work with the network as it exists:

1. Start from the depot, not the motorway. Electrify lanes that return to base within a shift first. Depot charging is where the cost advantage lives, and it removes public-network dependency entirely.
2. Treat grid connection as the long lead item. Ordering vehicles is faster than energising a depot. Start the connection application before the fleet order, and size the connection for the fleet you expect in five years rather than the two trucks you are piloting.
3. Anchor charging to mandatory breaks. Align top-ups with the 45-minute break and the daily rest rather than adding separate charging stops. A 45-minute session at 350 kW adds roughly 260 kWh, which is about 200 km at the assumptions above. Our Driver Assistant app helps drivers plan compliant stops and rest windows so charging fits inside time that is already lost.
4. Sort out payment and roaming before the first trip. Access to HDV charging is fragmented across operators. Confirm which cards or eMSP contracts cover the corridors you run, and verify whether sites support reservation, because an occupied bay on a two-point site is a full stop, not a delay.
5. Check physical access, not just the pin on the map. Confirm bay length, pull-through geometry, canopy height, and whether the site is accessible to a coupled combination. Many mixed-use sites are technically HDV-capable and practically unusable for a 40 t combination.
6. Model the lane, then keep measuring it. Log real consumption by season and by load, because winter figures on a loaded long-haul lane sit well above the specification sheet. A TMS with route, asset, and cost visibility turns those logs into a defensible per-km number you can quote against.

What changes at the 2027 and 2030 AFIR deadlines?

By the end of 2027 the TEN-T core network is supposed to carry a 2,800 kW pool with two 350 kW points every 60 km in each direction, plus 100 kW charging at every safe and secure parking area. That is the point at which long-haul electric operation on a major corridor stops requiring a bespoke route plan. The 2030 milestone raises core-network pools to 3,600 kW and extends full coverage to the comprehensive network, which is when secondary corridors and Central and Eastern European lanes come into scope.

Frequently asked questions

How far can an electric truck travel on one charge?

Current long-haul battery electric tractors are generally specified for roughly 400 to 500 km on a full charge, with real-world figures below that when fully loaded, in cold weather, or on hilly terrain. Regional distribution vehicles typically cover a full shift and return to the depot. For planning, use your own logged consumption rather than the specification sheet.

How long does it take to charge an electric truck?

On a 350 kW CCS point, a 45-minute break adds roughly 250 to 300 kWh, which is around 200 km of range at typical consumption. On a megawatt charging point delivering up to 1.2 MW, Fraunhofer ISI reports that 30 to 45 minutes is enough for several hundred kilometres. Both windows are designed to fit inside legally required rest periods.

Can a foreign carrier use public truck chargers in another EU country?

Yes. AFIR sites are publicly accessible and must support ad hoc payment, so there is no nationality restriction. This applies equally to international haulage and to cabotage, meaning domestic transport performed by a carrier registered in another member state. The practical constraint is commercial rather than legal: confirm that your charging card or roaming contract covers the operators on that corridor.

Do electric trucks pay motorway tolls in Europe?

It depends on the country. Germany exempts zero-emission trucks from motorway tolls, an exemption extended to June 2031, and that exemption is the single largest driver of the current electric cost advantage there. Other member states apply reduced rates or CO2-based charging bands rather than full exemptions, so the toll treatment has to be checked lane by lane.

Where can I find a map of electric truck charging stations in Europe?

The European Alternative Fuels Observatory publishes monthly heavy-duty charging datasets and interactive maps covering publicly accessible infrastructure across the EU and EFTA. Individual charge point operators publish their own site maps, which are usually more current on opening dates but only cover their own network. Neither source reliably confirms bay geometry, so verify physical access separately.

Is Europe's charging network ready for large-scale electric fleets?

Not yet for unrestricted long-haul dispatch across all 27 member states. It is already adequate for depot-based regional operations and for planned corridor work in Germany, Sweden, the Netherlands, Denmark, France, and Belgium. The AFIR timetable puts broad corridor readiness at the end of 2027 and full coverage at the end of 2030.

Whether your next lane runs on diesel or electrons, the commercial question is the same: what does it cost per km, and can it be planned reliably. Get a freight quote for your European lanes and we will price it against the corridors and infrastructure that exist today.