EU electric vehicle infrastructure regulation

The European Union is implementing new regulatory frameworks to advance transport decarbonization and improve electric vehicle (EV) infrastructure.

In August 2026, the European Commission introduced an Electrification Action Plan. A key component of this plan is a mandate for all new electric cars to feature smart, bidirectional charging technology, allowing vehicles to feed electricity back into the grid. This initiative aims to reduce fossil-fuel imports and includes requirements for member states to ensure at least 50% of households have smart meters by 2031. While the direction was welcomed by environmental groups, concerns were raised regarding the potential cost of external hardware if onboard chargers are not mandated.

Following this, new regulations under the Alternative Fuels Infrastructure Regulation (AFIR) were detailed, set to take effect on January 1, 2027. These rules focus on the accessibility and interoperability of the charging network. Specifically, operators of charging stations with a power output of 50 kW or higher must allow direct payments via contactless systems or bank cards, removing the need for specialized apps or subscriptions. The AFIR regulation also mandates improved price transparency through consumption-based tariffs and requires real-time digital updates on station status.

Further details regarding AFIR implementation clarify that while new fast and ultra-fast DC charging stations must feature contactless readers as of April 2024, existing stations have until January 1, 2027, to comply. To mitigate range anxiety, the regulation mandates specific infrastructure density along the Trans-European Transport Network (RTE-T). By the end of 2025, charging pools with at least 400 kW of output must be available every 60 kilometers in each direction on the core network. Additionally, member states must ensure total charging power is proportional to registered vehicles, providing at least 1.3 kW per electric vehicle and 0.80 kW per plug-in hybrid.