MCS Charging Points in Germany Need Major Expansion by 2030

Germany Faces a Major Heavy-Truck Charging Infrastructure Gap

On August 31, the German Association of the Automotive Industry (VDA) estimated that Germany could need around 4,000 public MCS charging points by 2030. Across the European Union, only 730 charging points above 350 kW were dedicated to heavy commercial vehicles as of July 2026, according to EAFO data. The limited rollout is largely linked to insufficient infrastructure suitable for heavy trucks. The European Automobile Manufacturers’ Association (ACEA) estimates that Europe could require around 35,000 public MCS fast-charging points and up to 50,000 truck-friendly charging points by 2030, highlighting the scale of the infrastructure challenge facing the region.

Germany’s Planned Charging Network Remains Below Estimated Demand

As of July 2026, 88 charging stations with 355 charging points for heavy trucks were operating in Germany. Under current plans, the network could expand to 350 public charging stations and approximately 4,200 charging points by 2030. This planned total would include around 1,800 MCS chargers and 2,400 CCS chargers. Although the planned expansion represents substantial growth from the existing network, the figures underline the need for faster deployment. The projected requirements also show that public charging capacity must expand alongside the increasing electrification of heavy commercial transport across Germany and the wider European market.

AFIR Targets May Not Close Europe’s Charging Gap

The Alternative Fuels Infrastructure Regulation (AFIR) plans for around 2,000 truck charging points on highways by 2030, with each site offering at least 3,600 kW. However, this planned infrastructure would remain far below the estimated European requirement of approximately 35,000 public MCS fast-charging points. The gap indicates that regulatory minimums may not be sufficient to support the expected growth of battery-electric heavy trucks. The industry is therefore calling for faster implementation and stronger infrastructure planning so that charging availability does not become a constraint on the adoption and operation of zero-emission heavy-duty vehicles across major freight corridors.

Industry Calls for Faster EU Regulatory Reviews

The European Commission should bring forward its planned 2027 review of heavy-duty vehicle carbon dioxide rules and regularly assess progress under AFIR, according to the industry recommendations. Annual AFIR reviews could help identify infrastructure gaps and accelerate implementation across member states. The objective would be to ensure that charging infrastructure develops in line with the pace of heavy-truck electrification rather than following demand after shortages emerge. Faster regulatory assessment would also allow policymakers to identify differences between national deployment plans, address delays, and strengthen the overall charging network required for long-distance commercial transport across the European Union.

Charging Infrastructure Remains Unevenly Distributed

Charging availability for heavy commercial vehicles is also highly uneven across Europe. Sweden, Germany, and France account for around 65% of European Union charging points dedicated to heavy commercial vehicles. By contrast, important transit markets such as Poland and the Czech Republic currently have no charging points in this power category. This uneven distribution creates potential weaknesses along major freight routes because electric trucks require dependable access to high-power charging across borders. Expanding infrastructure in countries that serve as key logistics corridors will therefore be important for creating a connected European network rather than concentrating charging capacity in a limited number of markets.

Hydrogen Infrastructure Also Requires Faster Development

The European Union also needs more ambitious targets for hydrogen refueling stations capable of supplying at least one ton of hydrogen per day. Current AFIR requirements call for stations along major transport routes to be no more than 200 kilometers apart, but industry representatives argue that these minimum requirements may not be sufficient for heavy-truck operations. VDA estimates that Europe could need around 2,000 truck-friendly hydrogen stations by 2030, each with capacity of approximately two tonnes of hydrogen per day. Germany alone could require around 300 such stations, indicating that alternative zero-emission truck technologies will also depend on substantial infrastructure investment.

Existing Hydrogen Network Remains Limited

The current hydrogen refueling network remains significantly smaller than the projected requirement. The European Union has only about 150 hydrogen stations operating at 350 bar and 168 at 700 bar, with many Eastern and Southern European countries lacking truck-focused hydrogen stations. The limited geographic coverage could create additional challenges for long-distance freight operators considering hydrogen-powered heavy trucks. Building the network ahead of demand would reduce the risk of infrastructure shortages and improve confidence among fleet operators. A more comprehensive rollout would also help connect major transport corridors and provide greater flexibility for heavy-duty vehicles using hydrogen as an alternative zero-emission fuel.

Depot Charging Will Supply a Major Share of Required Capacity

Private depot charging will be essential because public infrastructure alone is unlikely to provide the electricity capacity required by heavy-truck fleets. Germany could need nearly 14 GW of charging capacity by 2030, while planned public infrastructure would provide only around 2.6 GW. More than 11 GW would therefore need to come from private charging infrastructure at company depots. This requirement makes faster and simpler grid connections particularly important. Fleet operators will need sufficient electrical capacity at their facilities to charge vehicles during scheduled downtime, while grid operators and policymakers will need to reduce connection delays that could otherwise slow commercial fleet electrification.

Europe Needs Coordinated Infrastructure Expansion

The projected requirements for high-power truck charging, hydrogen refueling, and depot electricity capacity show that infrastructure development will need to accelerate across Europe. Germany’s planned expansion to approximately 4,200 public heavy-truck charging points by 2030 represents significant progress, but broader European deployment remains essential for cross-border freight operations. The combination of public MCS and CCS charging, private depot charging, and hydrogen infrastructure will determine how effectively zero-emission heavy trucks can operate at scale. More frequent regulatory reviews, faster grid connections, and stronger deployment targets could help close the infrastructure gap before demand for zero-emission heavy commercial transport increases substantially.

Frequently Asked Questions

How many MCS charging points could Germany need by 2030?
Germany could need around 4,000 public MCS charging points by 2030, according to an estimate from VDA issued on August 31. Current plans indicate that Germany could have approximately 1,800 MCS chargers within a wider network of about 4,200 public charging points for heavy trucks by 2030. The difference between projected need and planned MCS deployment highlights the infrastructure gap facing battery-electric heavy commercial vehicles. Faster deployment, sufficient grid capacity, and coordinated planning will be important to support long-distance truck electrification and prevent charging infrastructure from limiting fleet adoption.