Key takeaways
- Electric truck fleet planning means matching routes, loads, battery range and charging time to the right vehicles, not just swapping diesel for electric.
- Start with predictable depot-return routes, charge overnight where possible and keep a reserve of 20% or more.
- Plan with real-world range, not the advertised maximum. Load, temperature and terrain can cut range significantly.
- A TMS keeps orders, vehicles, drivers and delivery windows in one plan, so charging stops fit into the day instead of breaking it.
Why electric truck fleet planning matters in 2026
The EU's CO2 standards for new heavy-duty vehicles set progressively stricter targets: a 45% reduction by 2030, 65% by 2035 and 90% by 2040, compared with the 2019 reference period. Manufacturers are bringing more electric tractors and rigid trucks to market, and fleet operators are being asked by customers and regulators to show a credible path to lower emissions. For logistics companies, the question is no longer only whether to electrify, but where to start. Some routes suit electric trucks today. Others need charging along the way or a different vehicle. Good electric truck fleet planning lets you decide route by route rather than changing everything at once.
Diesel vs. electric: what changes in planning
| Planning factor | Diesel truck | Electric truck |
|---|---|---|
| Range | Predictable, 1,000 km or more per tank | Typically 200-500 km real-world, varies with load and weather |
| Refuelling or charging | 10-15 minutes, widely available | 30 minutes to several hours, depends on charger power and site |
| Energy cost driver | Fuel price | Electricity tariff, time of day, depot vs. public charging |
| Route assignment | Mostly by distance and driver hours | Distance, load, temperature, charger access and reserve range |
| Downtime risk | Low | Higher if a charger is occupied or faulty |
| Emissions data | Estimated from fuel use | Calculated from kWh and grid or contract mix |
The main challenges of electric truck fleet management
Battery range and route planning
The advertised range is a best case. Real range depends on vehicle weight, road type, outside temperature, driving style and use of cabin heating or refrigeration. A route that works for a diesel truck may need rework for an electric one. A practical rule is to plan with a reserve of at least 20% of usable battery capacity and to test each route with realistic winter conditions in mind.
Charging time and vehicle availability
Charging takes time that has to fit around loading, driver breaks and customer windows. Depot charging overnight is the simplest model. Mid-route charging works best when it coincides with the driver's mandatory rest period. Charger power matters. Standard CCS chargers deliver roughly 150-350 kW, while the new Megawatt Charging System (MCS) is designed for much higher power and shorter stops for long-haul trucks. Availability of MCS is still growing, so confirm access on your corridors before planning around it.
Operating costs
Total cost of ownership includes vehicle purchase or lease, charging infrastructure, electricity tariffs, maintenance, tolls and incentives, and how often each truck is used. The most economical choice depends on your routes. High-utilisation, predictable routes generally make the best business case first.
How TMS software supports electric truck fleet planning
A transportation management system (TMS) coordinates orders, vehicles, drivers, routes and delivery schedules in one workflow. For electric fleets, that structure is what makes the extra constraints manageable.
Route planning that respects vehicle limits
A TMS lets planners build routes around delivery locations, time windows and vehicle assignments. When range and charging information is available in the system or through connected data, planners can assign the electric truck to routes it can complete with a safe reserve and keep longer journeys for other vehicles.
Delivery scheduling with charging built in
Charging stops, loading and customer windows all compete for the same working day. Planning them together in one schedule avoids late deliveries and idle time. For example, a company delivering to several locations in the Netherlands can sequence stops by priority and place a charge during the driver's rest break.
Better vehicle utilisation
Poor planning leads to unnecessary kilometres, idle vehicles and uneven workloads. A TMS shows which vehicles are used, how far they travel and where capacity is wasted. For electric fleets, this also reveals which routes genuinely suit the vehicles you have.
Clearer data for decisions and reporting
Transport managers need numbers: on-time delivery, kilometres, cost per delivery and utilisation. Combined with energy and emissions data from vehicles or charging providers, this supports a fair comparison between electric and diesel operations and more accurate sustainability reporting.
Charging infrastructure in European logistics
Charging is the main constraint on electric trucking. The EU's Alternative Fuels Infrastructure Regulation (AFIR) requires heavy-duty charging points at regular intervals along the main TEN-T corridors, which is expected to make cross-border electric freight more practical over the coming years.
When planning, consider:
- Depot charging: can you install enough chargers and grid capacity on your own site?
- Public charging: which chargers suit trucks, in size and power, along your routes?
- Charging duration: how long will each stop take, and does it fit the schedule?
- Cross-border trips: is there a continuous chain of compatible chargers?
- Backup options: what happens if a charger is occupied or out of service?
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How to prepare your fleet: a five-step approach
- Review your routes. Analyse daily distances, loads and schedules. Look for predictable return-to-depot routes as first candidates.
- Assess vehicle requirements. Compare route distance and payload with real-world truck range, including seasonal effects and a safe reserve.
- Evaluate charging options. Decide where trucks will charge and how long it takes, and check grid connection capacity early because upgrades can take time.
- Improve transport planning. Bring orders, vehicles, drivers and delivery windows into one planning process, ideally in a TMS.
- Measure performance. Track on-time delivery, kilometres, utilisation, cost per delivery and energy use, then extend electrification to more routes as the data supports it.
Trends shaping electric truck planning
- Digital planning: organised transport data is the basis for coordinating vehicles, deliveries and charging.
- Charging expansion: corridor charging and higher-power chargers will open up longer routes.
- Data-driven fleet decisions: route, vehicle and energy data make it easier to prove where electric trucks pay off.
- Sustainability reporting: customers increasingly ask for transport emissions data with a clear method behind it.
- Mixed fleets: many companies will run electric and conventional trucks side by side for years.
How DOY Software supports modern transport management
DOY Software's TMS helps logistics companies organise orders, plan routes, assign vehicles and drivers, schedule deliveries and review performance in one place. For companies moving towards electric trucks, this gives planners a single view of the day, so range limits, charging stops and customer windows can be managed together rather than in separate spreadsheets. If you plan to rely on specific electric-vehicle functions such as range-aware routing or emissions calculations, ask for a demo against your own routes so you can see exactly how they work with your vehicles and data sources.
Frequently asked questions
How far can an electric truck go on one charge?
Most electric heavy trucks today achieve roughly 200-500 km in real-world conditions, depending on the model, load, weather and terrain. Always plan with real-world range and a reserve, not the advertised maximum.
How long does it take to charge an electric truck?
It depends on battery size and charger power. At 150 kW, a large battery can take several hours for a substantial charge, while higher-power chargers can reduce that to roughly 30-90 minutes for a top-up. Overnight depot charging is the most practical option for many fleets.
Are electric trucks cheaper to run than diesel trucks?
Often the energy and maintenance costs per kilometre are lower, but purchase price, charging infrastructure and utilisation strongly affect total cost. The business case is usually strongest on high-utilisation, predictable routes.
Can a TMS plan routes for electric trucks?
A TMS can organise routes, vehicle assignments and delivery schedules around the constraints of your fleet. Range- and charging-aware planning depends on the features of the system and the vehicle and charger data connected to it, so check this when choosing a provider.
Conclusion
Electric truck fleet planning in 2026 is about matching the right vehicle to the right route, with realistic range, reliable charging and a schedule that works for customers. Companies that start with a clear route review, a charging plan and a structured planning process can move towards zero-emission logistics without disrupting service.