The electrification of transport is not just about replacing an internal combustion engine with a battery. Behind this term, several European regulations are reshaping the obligations of companies, charging operators, and manufacturers. Measuring the actual progress of this transition requires comparing what is advancing quickly (the passenger car) with what is lagging behind (heavy transport), and then examining the regulatory constraints that will accelerate the movement by 2027.
Light Vehicles and Heavy Trucks: Where Does Charging Stand in Europe
The imbalance between charging infrastructures for electric cars and those intended for heavy trucks is the main point of tension in sustainable mobility. The table below summarizes the structural differences between these two segments.
| Criterion | Passenger Cars | Heavy Trucks |
|---|---|---|
| Public Charging Point Network | Dense, rapidly expanding | Significantly lagging |
| Priority Charging Locations | Public charging points, home, condominiums | Transport depots, client sites |
| European Regulatory Framework | AFIR: rapid coverage targets | AFIR: progressive power targets |
| Interoperability | Increasing requirement (end of proprietary badges) | Mandatory upgrade of operators |
| Battery Range | Sufficient for daily urban/suburban use | Major constraint over long distances |
This gap has a direct consequence: a professional fleet cannot rely solely on public charging points. Transporters must invest in their own charging infrastructures, at their depots or at their clients’ locations.
For companies committing to electrifying their fleet, several resources detail the steps and available technologies, notably on https://redracinggreen.be/ which addresses the transition to cleaner vehicles.
AFIR Regulation and Interoperability: What Changes for Charging Stations
The European AFIR regulation transforms fast charging into a network obligation. It is no longer a local equipment policy, but a binding framework that sets coverage thresholds on major roadways.
For heavy trucks, AFIR imposes progressive power installation targets along freight corridors. Stations must achieve power levels compatible with technologies like MCS (Megawatt Charging System), designed to recharge a truck in a time comparable to a driver’s regulatory break.
Interoperability becomes a concrete regulatory requirement, not just a commercial argument. Electric vehicle drivers will be able to access charging points without multiplying subscriptions or proprietary badges. For operators, this implies a technical and contractual upgrade of their facilities.
Obligations for Companies Under the LOM Law
In France, the Mobility Orientation Law (LOM) complements the European framework. It requires companies with parking lots exceeding a certain number of spaces to pre-equip these areas to accommodate charging points. New or renovated buildings are prioritized.
- Company parking lots must integrate pre-wiring for charging points during any construction or major renovation
- Fleets exceeding a certain threshold of vehicles must progressively integrate low-emission vehicles during renewal
- Reimbursement for charging at the employee’s home is subject to a specific URSSAF framework, with exemptions under certain conditions
These obligations create a leverage effect: they push companies to anticipate electrification rather than endure it as regulatory deadlines approach.
Digital Battery Passport: Traceability as the New Standard
The European regulation does not limit itself to the use of electric vehicles. The regulation on batteries introduces obligations that cover the entire lifecycle, from manufacturing to recycling.
A digital passport will be required starting February 18, 2027 for certain electric vehicle batteries. This digital document must provide information on the chemical composition, the carbon footprint of manufacturing, collection conditions, and planned processing channels.
The goal goes beyond simply informing the consumer. It is about holding the entire chain accountable, from cell manufacturers to recyclers, by making each link traceable. For fleet managers, this means that the choice of a battery supplier also becomes a choice of regulatory compliance.
Warranty and Residual Value of Batteries
The sustainability mandated by the regulation has an indirect effect on the second-hand market. A battery with a documented history via a digital passport retains a more transparent residual value. Buyers of used vehicles will have reliable information about the battery’s health, reducing the uncertainty that still hinders this market.
The questions to ask before purchasing a used electric vehicle focus on remaining capacity, the number of charge cycles, and warranty coverage. The digital passport will standardize these checks rather than relying on the seller’s goodwill.
Sustainable Mobility in Companies: Going Beyond Just Electric Cars
Electrifying a fleet of vehicles is not enough to make a company’s mobility sustainable. Biking, carpooling, and public transport remain complementary levers, particularly for commuting.
- The sustainable mobility package allows employers to cover the costs of travel by bike or carpooling
- Employer mobility plans (formerly company travel plans) require certain structures to assess and optimize their employees’ travel
- Car-sharing of electric vehicles among employees reduces the number of vehicles needed without reducing mobility capacity
The energy transition of transport requires a mix of solutions, not just a mechanical replacement of a thermal fleet with an electric fleet. Companies that combine electrification, shared mobility, and incentives for biking achieve faster results on their carbon footprint.
The European regulatory deadlines (AFIR, battery regulation, LOM law) outline a precise timeline. The digital battery passport, expected in early 2027, will mark a turning point for market transparency. Companies that have not anticipated their charging infrastructures and fleet strategy risk facing simultaneous constraints that will be more costly to absorb in an emergency.
