From Brussels - As Europe revisits parts of its electrification transition for private cars, another segment risks slipping into the background: corporate fleets. Yet this is precisely where a decisive share of the climate and industrial challenge lies. In Europe, corporate fleets account for around 60% of new car sales and virtually all purchases of vans, buses, and trucks. This critical mass has the power to steer the market and accelerate the uptake of electric vehicles.

The study Fleet forward: powering the transition to electric mobility, produced by Eurelectric with EY, quantifies this potential. Between 2025 and 2030, electrifying corporate fleets could avoid roughly one billion tonnes of CO₂ emissions while generating up to 246 billion euros in cumulative operational savings. Figures that turn company car parks, delivery fleets and logistics into a structural lever for Europe’s decarbonisation.  This was highlighted in a preview of the study presented at EVision 2026, Eurelectric’s annual conference that took place on 4 and 5 March at Autoworld Brussels, of which Renewable Matter is a media partner.

EVision 2026 highlights the electric potential of corporate fleets

Eurelectric’s event, representing the European electricity industry and over 3,500 companies across the sector, brings together utilities, car manufacturers, charging operators, fleet managers, investors, and policymakers. At the heart of the report lies the proposed Clean Corporate Vehicles Regulation, unveiled by the European Commission on 16 December 2025.

From 2030, the regulation will introduce mandatory quotas of zero- and low-emission vehicles in new registrations of cars and vans for large corporate fleets, leaving member states to decide the tools – tax incentives, procurement criteria, minimum standards – to achieve these targets. Essentially, Brussels aims to leverage corporate purchasing power to create a stable demand for electric vehicles, at a time when manufacturers are reporting a slowdown in the market and calling for clearer signals on the demand side.

Fleets as an economic and industrial lever

Data gathered by Eurelectric and EY underline why corporate fleets could represent a genuine turning point, not just in terms of volume, but especially in terms of use intensity. Compared with private vehicles, corporate cars and vans travel on average many more kilometres each year, magnifying both the emissions-reduction potential and the impact on operating costs.

It is on the cost front that one of electric mobility’s key competitive advantages emerges. According to the study, battery electric vehicles deliver operating costs 20–50% lower than internal combustion models, thanks to cheaper average energy costs and less maintenance expenses. In the case of trucks, where operating costs can account for 60–75% of the total cost of ownership (the metric measuring a vehicle’s full economic impact over its lifecycle, from purchase to disposal), the savings from electrification are particularly substantial. For corporate cars and vans, operating costs typically represent around 25–40% and 45–65% of total ownership costs, respectively.

“In the EU, 6 out of 10 new vehicles are sold to fleet owners, so the potential to save money and emissions is enormous”, said Kristian Ruby, Eurelectric’s Secretary General. “A well-designed fleet initiative can boost demand for BEVs to the benefit of European Industry and energy independence.” An analysis by Transport & Environment, cited in the study, estimates that European fleet targets could generate demand for more than two million electric cars by 2030, almost half the volume required to meet CO₂ targets.

Obstacles and emerging opportunities

The path, however, remains complex. The European regulatory framework plays a two-edged role. On one hand, instruments such as the Clean Corporate Vehicles Regulation, the Alternative Fuels Infrastructure Regulation, and the new European Grids Package send long-term signals on charging infrastructure, networks, and zero-emission vehicle demand, encouraging investment in fleet-dedicated hubs and system flexibility services. On the other hand, the prospect of accelerated revisions of key dossiers − starting with the CO₂ regulations for cars, which could see targets for 2035 relaxed and more room given to e-fuels and biofuels − adds uncertainty just as utilities, manufacturers and major clients need to plan investments over ten- to fifteen-year horizons.

“Fleet electrification is already delivering clear operating cost wins, but structural barriers still slow adoption,” states Constantin Gall, Global Aerospace, Defense & Mobility Leader at EY.  “Fixing upfront costs, residual value risk, fragmented policies and grid constraints with predictable rules will determine how fast Europe can scale”.

The potential benefits, however, go beyond fleet managers’ balance sheets. For Charge Point Operators, those managing electric vehicle charging infrastructure, fleet charging can generate utilisation rates three to five times higher than public charging alone, thanks to long-term corporate contracts that can stabilise business models still exposed to demand volatility. For the electric system, fleets managed through smart charging, and eventually vehicle-to-grid technologies, can become a flexibility asset, absorbing peaks in renewable generation and reducing the need for oversized infrastructure.

One final figure. In 2025, battery electric vehicle (BEV) registrations in Europe grew by 30%, surpassing petrol car sales in the EU for the first time. The question remains: will new corporate fleet obligations be sufficient to offset any slowdown in private car sales and strengthen the competitive position of European industry in the global race for zero-emission vehicles?

Cover: Envato image