The electrification heavy-duty transport has entered a phase of operational
consolidation in 2025. Market ramp-up is driven less by technological breakthroughs than
by the ability to integrate electrification into existing logistics systems in an economical,
predictable, and scalable manner.
The surveyed logistics companies have already made the transition and lay their focus on
the structured development of the necessary foundations. Vehicles are being tested or
ordered. Charging infrastructure is being set up. The first energy management solutions
are being implemented. The transformation is proceeding step by step and affects fleets,
energy, infrastructure, IT, and processes.

OBSERVATION 1. THE LEVER LIES IN THE OVERALL SYSTEM
Pioneers increasingly consider the range, reliability, and operational capability of
battery-electric trucks to be manageable. The focus of implementation is shifting to
grid connection, charging infrastructure, and energy management. The expansion and
integration of depot charging infrastructure is becoming the central scope for design
and an accelerator of the transformation.

OBSERVATION 2. ECONOMIC EFFICIENCY CAN BE DEMONSTRATED IN KEY PROFILES
Electrification is already economically viable today, but not equally so in all application
profiles. Cost advantages over diesel operations are particularly evident in regional
transport, in plannable hub-to-hub transport, and with high depot charging rates.
Integrated energy system solutions can achieve electricity costs of less than € 10 ct.
per kilowatt hour. Investment decisions are increasingly based on specific Total Cost of
Ownership (TCO) considerations for each use case.

OBSERVATION 3. ENERGY IS BECOMING AN ACTIVE CONTROL FACTOR
Logistics operators are shifting from passive energy consumers to active energy managers..
In-house generation, load management, battery storage, and flexible procurement are
growing in importance. Companies with a high level of energy expertise are achieving
cost advantages and reducing their dependence on public charging prices and grid
restrictions. Energy management is thus becoming a key competitive factor.

OBSERVATION 4. CHARGING INFRASTRUCTURE BECOMES AN INTEGRATION
COMPONENT
In the commercial vehicle segment, charging is an integral part of fleet operations
planning. Value is created not only by the charging capacity provided, but also by
integration into operational processes, energy optimization, and availability logic. Demand
is shifting from isolated public charging points to location-based, plannable, and partially
integrated solutions.

THESE OBSERVATIONS REVEAL TWO KEY TRADE-OFFS:

TRADE-OFF 1: COST ADVANTAGE VERSUS PLANNING SECURITY.
While battery-electric trucks are cost-effective in many use cases, long-term planning
security remains limited. Uncertainties regarding subsidy schemes, political framework
conditions, and grid connection periods increase the investment risk and delay scaling
decisions. The market is fundamentally ready for ramp-up, but the framework conditions
are only partially in place.

TRADE-OFF 2: TECHNICAL FEASIBILITY VERSUS ORGANIZATIONAL IMPLEMENTATION.
Technical solutions are available in the core components: vehicles, charging infrastructure,
and energy management systems. Implementation often fails due to a lack of integration
between fleet management, energy procurement, IT, and site development. Electrification
requires new skills and decision-making logic, which many organizations have yet to
develop.