Electrifying the fleet is a decision many logistics and distribution companies are weighing — pushed by ever stricter low-emission zones, incentives and fuel costs. But anyone already running a few electric vans soon discovers one thing: managing an electric fleet isn’t like managing a diesel fleet with a plug instead of a nozzle. The daily constraints change, and with them changes what you need from your software.
This guide explains which functions actually matter in EV fleet software, and why GPS tracking alone isn’t enough.
Why an electric fleet is managed differently
A diesel vehicle has predictable range and a few-minute refuel anywhere. An electric vehicle introduces new, interdependent variables:
- Variable real range: it depends on load, temperature, driving style and elevation profile, not just on nominal battery capacity.
- Long charging times: charging must be planned, not improvised, and becomes an operational constraint in its own right.
- Limited infrastructure: depot chargers and public availability shape which routes are even possible.
- Battery state of health (SoH): it degrades over time and affects range and residual value.
- A different cost per km: TCO shifts from fuel to energy, reduced maintenance and depreciation.
Ignoring these variables leads to two opposite mistakes: overestimating range (and stranding a driver) or underestimating it (and using vehicles poorly).
What EV fleet software must do
Beyond the basic functions of any fleet management system, electric fleets need a few specific capabilities:
- Real energy consumption monitoring in kWh per vehicle and per route, not theoretical estimates.
- State of charge and remaining range in real time, to decide whether a vehicle can complete its route.
- Battery health (SoH): the trend over time, to plan maintenance and replacements.
- Charging planning: when and where to charge, ideally integrated with route planning.
- Emissions reporting: zero tailpipe emissions, but the data is needed for ESG and CSRD reporting.
- Deadline and document management, as for any fleet.
The value isn’t in the single data point, but in having them all in one dashboard, alongside the diesel vehicles of a typically mixed fleet.
Mixed fleets: the most common case
Very few companies switch to electric overnight. The reality is the mixed fleet, diesel and electric together, for years. This is where software makes the difference: it must handle both vehicle types in the same view, compare their real costs and performance, and help decide which vehicle to assign to which route. We dug into this in 5 fleet data points that tell you if you’re EV-ready.
Charging and route optimization
The most underestimated element is the link between charging and planning. A route that exceeds remaining range isn’t feasible, however optimal it looks on paper. That’s why route optimization for an electric fleet must treat range and charging constraints as parameters of the calculation, exactly like time windows and capacity. Planning routes while ignoring the battery means discovering the problem halfway through the day.
How to choose the right software
- Start from the data you already have: many modern vehicles are natively connected and already provide consumption and battery state.
- Check the real figure, not the nominal one: ask whether kWh consumption and range are measured or estimated.
- Demand the mixed view: diesel and electric in the same dashboard.
- Check ESG/CSRD reporting: emissions must be reported, not just zeroed.
- Assess integration with planning: charging and routes must talk to each other.
Frequently asked questions
Does a normal fleet management software work for electric vehicles too?
Only partly. The basic functions (position, deadlines, scoring) remain valid, but electric fleets need real kWh consumption, state of charge and remaining range, battery health and charging planning. Software designed only for diesel leaves uncovered exactly the variables that make electric management critical.
How is the real range of an electric van measured?
Real range is derived from actual kWh consumption recorded on completed routes, correlated with load, temperature and driving style — not from the manufacturer’s nominal figure. Software that collects real consumption builds a far more reliable estimate over time for each vehicle and route.
Is additional hardware needed to monitor an electric fleet?
Not always. Many recent electric vehicles are natively connected and data can be collected from the manufacturer without installing devices. Alternatively, a tracker connected to the vehicle’s diagnostics provides the same data. The choice depends on the models in the fleet.
Does the software help with CSRD emissions reporting?
Yes. Even though electric vehicles have no tailpipe emissions, the company must report fleet consumption and emissions (including the indirect emissions of the energy). Software with ESG reporting produces these figures per vehicle and per route, useful for sustainability reporting.
Want to manage diesel and electric fleets in one view? Discover OptivoTrack or book a demo.