Range & charging are a puzzle.
Where do you charge, how much, and at what price without blowing the schedule or the budget?
The problem
Where do you charge, how much, and at what price without blowing the schedule or the budget?
Energy, driver hours, tolls, depreciation, maintenance: the real comparison is buried in a spreadsheet.
Mandatory breaks and daily-driving limits have to fit around charging, not break the plan.
Pick the truck, set departure and stops, and your operating parameters (or use sensible defaults).
There is no single correct answer, so the optimizer searches: thousands of candidate tours per request, each a complete, costed plan. Anything that strands the truck or breaks EU driving law is rejected on the spot; every survivor is priced end to end — energy, driver, tolls, depreciation.
Dominated candidates dissolve; what remains is cheapest, fastest, fewest stops. The cheapest wins: one complete tour, fully costed end to end — a plan you can act on without double-checking.
Back on the map, the finished tour draws itself: charging stops chosen and priced, driver breaks scheduled, battery balanced from departure to arrival.
Compare candidates, inspect the timeline and cost breakdown, see the diesel reference, then save or negotiate the tour.
The platform
Route, charging, breaks, and cost are solved together, not one after another. The next four chapters show each piece.
Chapter 01 · Smart charging
Depot, partner, and public chargers, searched along your whole corridor first.
The charge amount per stop is solved against charger power, real prices, and the battery's charging curve.
Depot charging is pre-planned. Charging that overlaps a mandatory break costs no extra time.
Chapter 02 · EU-561 compliance
The 45-minute break and the 11-hour rest are planned into the tour, overlapped with charging where the rules allow.
Chapter 03 · True cost
Wages for both work and availability time.
Every kWh, at the price you actually pay.
Tolled kilometers, priced per road. €0 for the BEV here.
Depreciation plus service, maintenance, and tires, by distance.
Totaled for the tour and per kilometer, BEV vs. diesel.
Chapter 04 · vs. Diesel
Every plan ships with a diesel reference on the same lane: cost, time, CO₂. When diesel wins, we say so.
Real-world energy model
A physics-based model drives every forecast. Four optional factors, in your control.
Heavier payloads draw more energy, modelled per stop as cargo is picked up and delivered.
Ambient temperature shifts battery behavior and consumption, folded into the forecast.
Headwind or tailwind along each leg changes the draw, the model accounts for it.
Elevation profiles per leg, climbs cost energy, descents give some back.
Your network, your rules
Own depots, partner yards, and public networks, priced per operator with real contracts.
Capabilities
Chargers placed along your corridor with a cost-optimal charge schedule per stop.
Every tour ships with a diesel reference: cost, duration, CO₂.
Mandatory breaks and driving limits scheduled into the tour automatically.
Energy, driver, tolls, depreciation, maintenance, tires, down to €/km.
Cargo, temperature, wind, and elevation factors; SoC-aware charging curves.
Own depots, partner yards, and public CPOs with real pricing and contracts.
For fleets
Quote electric lanes with confidence, real cost per km, charging plan, and a diesel benchmark.
Understand the true cost and feasibility of electric transport before you book it.
Get your network in front of fleets at the moment they plan.
Get started
Bring a real route and a real truck. We'll show you the plan, the cost, and the diesel comparison.
Request a demo