Europe's Charging Infrastructure Push: Policy, Players, and Progress
Europe’s electric vehicle adoption is accelerating at a pace that would have seemed implausible five years ago. EV sales across the EU exceeded 3 million units in 2024, representing roughly 25 percent of all new car registrations. But the continent’s charging infrastructure has not kept pace with this demand — and regulators, investors, and operators are now scrambling to close the gap. At Güil Mobility Ventures, we see this infrastructure buildout as one of the most compelling investment themes in European mobility.
The regulatory mandate
The Alternative Fuels Infrastructure Regulation (AFIR), which entered force in April 2024, represents the most ambitious charging infrastructure mandate in the world. Its core requirements are stark: by 2026, EU member states must ensure that public fast-charging stations are available every 60 kilometers along the Trans-European Transport Network (TEN-T) core network. Each station must provide at least 150 kW of charging capacity, with larger stations required at major transport nodes.
Beyond highway corridors, AFIR mandates minimum installed charging capacity relative to the EV fleet in each member state: 1.3 kW of public charging per battery electric vehicle and 0.8 kW per plug-in hybrid. This formula ensures that infrastructure deployment scales proportionally with vehicle adoption, preventing the bottlenecks that have plagued early-adopter markets.
The financial backing matches the regulatory ambition. The EU has allocated approximately €1.5 billion through the Connecting Europe Facility and the Recovery and Resilience Facility specifically for charging infrastructure, supplemented by substantial national programs in Germany (€6.3 billion Masterplan Ladeinfrastruktur II), France (€2 billion), and Italy (€1.9 billion PNRR allocation).
The key charge point operators
The European charging landscape is consolidating around a handful of major Charge Point Operators (CPOs) that are deploying at scale.
Tesla Supercharger Network remains the gold standard for reliability and user experience. With over 15,000 charging points across Europe and the opening of the network to non-Tesla vehicles via the Magic Dock adapter program, Tesla’s infrastructure is increasingly integral to the broader charging ecosystem.
Ionity, the joint venture backed by BMW, Mercedes, Ford, Hyundai, and Volkswagen, operates high-power charging stations (up to 350 kW) across European highways. After a rocky start with pricing controversies, Ionity has stabilized its business model around fleet partnerships and subscription plans. The network targets 17,000 charging points by 2030.
Fastned, the Dutch pure-play CPO, has built a reputation for premium station design and reliable operations. The company operates solar-canopied stations across the Netherlands, Germany, Belgium, France, and the UK, and has secured long-term concession agreements at highway locations that create meaningful barriers to entry.
Allego, backed by Meridiam infrastructure fund, focuses on urban and destination charging across Western Europe. The company has deployed over 35,000 charging ports and is expanding into rapid charging along highway corridors.
The buildout gap
Despite significant progress, the gap between installed infrastructure and AFIR targets remains substantial. Our analysis indicates that Europe needs to install approximately 400,000 additional public charging points by 2026 to meet regulatory requirements — roughly doubling the existing stock. The challenge is not primarily financial; it is operational. Permitting delays, grid connection wait times (up to 24 months in some jurisdictions), and limited electrical grid capacity at highway locations are the binding constraints.
Grid capacity is particularly acute. A single high-power charging station with eight 350 kW chargers requires a 3 MW grid connection — equivalent to a small industrial facility. In many rural highway locations, this capacity simply does not exist without significant grid reinforcement investment. Battery buffer storage at charging stations is emerging as a pragmatic solution, allowing operators to deploy high-power chargers at locations with limited grid capacity by storing energy during off-peak hours.
Our investment perspective
At Güil, we are particularly excited about companies addressing the infrastructure bottlenecks rather than the charger hardware itself. Grid management software, battery buffer storage solutions, site acquisition and permitting platforms, and roaming interoperability networks represent the highest-leverage opportunities in the European charging buildout.