A fleet charging budget is easier to evaluate when you can see what happened at your own depot. EVCharge.mobi connects chargers, driver access and session reporting. Use a small pilot to test the operating routine behind the cost model, rather than relying on a generic savings estimate.
Originally published in 2025. The EVCharge.mobi workflow was updated in September 2026; the historical discussion below retains its original context.
Connect a compatible charger in the CPO Portal and invite your pilot drivers. Decide which private chargers they may use. If chargers share a supply, configure and verify compatible charge pools with your installer before adding vehicles.
On a connector with a dynamic tariff, drivers can review Smart charging periods. Owners can configure supported automation with a vehicle and ready time. Include vehicle, charger and site limits in the estimate; a schedule is not evidence of delivered energy.
Afterwards, open Reports and compare energy, duration and recorded cost. Where usable readings exist, interval exports help explain when energy was delivered. Exports and history depend on plan access.
Use the Reports guide and scheduling guide to repeat the evaluation. Put observed results into your budget alongside vehicle, installation and other costs; one trial does not establish a guaranteed total-cost saving.
Consider an illustrative depot morning: a depot manager in Łódź scans the dashboard and sees what he wants to see — vans left at 78% state‑of‑charge, the day‑ahead tariff dipping again tonight, a single invoice waiting in the portal. For years, electrifying fleets sounded like a gamble. In 2025, the calculation has changed: policy now points company cars and vans towards zero‑emission, and the numbers finally talk the language of operations, not slogans.
Two forces converged. First, Brussels put corporate fleets on notice with a plan to phase out favourable tax treatment for fossil company cars and to decarbonise corporate fleets this decade — a signal that the largest buyers in Europe must move first. Second, energy data went mainstream: hour‑by‑hour prices and reliable smart‑charging software made it possible to buy electricity like logistics managers buy time — strategically. This piece is a reporter’s guide to what that means in practice: the TCO that actually decides, where the energy comes from, and which software removes friction.
For urban routes, battery vans are winning on total cost of ownership even when purchase prices still sting. Fuel is the swing factor: the ability to schedule charging into cheap night‑time windows turns the cost curve. Maintenance is the quiet second: fewer moving parts, less brake wear, fewer visits. Residuals are the new unknown — but from 2027, battery passports and standard state‑of‑health reporting will make used‑EV pricing less of a black box, which in turn reduces leasing risk. What matters to the balance sheet is not a headline range number; it is €/km on real duty cycles and the share of energy taken at base rather than at public fast.
A rule emerges across interviews and case studies: the closer the charging is to where vehicles sleep, the better the TCO. Public DC is invaluable as a safety valve — but it should not carry the base load unless your duty cycle demands it.
Depots are the anchor. Think AC posts with load management and a handful of fast DC bays for turn‑arounds. With day‑ahead prices visible, schedulers push the heavy charging into valleys and throttle back on peaks. Workplaces are the second pillar: office and mixed‑use car parks upgraded under the EPBD pre‑cabling rules supply predictable daytime energy and relieve evening peaks. Public networks are the third leg, structured by AFIR: you can always pay ad‑hoc with a card or QR, the per‑kWh price must be visible up front on high‑power sites, and cross‑border road trips no longer require a pocketful of RFID fobs.
The nuance is that ad‑hoc is the legal baseline, not the operational ideal. Fleets live on reconciled invoices, price controls and policy enforcement — features that only an account‑first setup unlocks. In practice, the best results come when drivers see one app, one policy and one number to call, regardless of whose logo is on the mast.
DHL Germany, 2025. In July, DHL confirmed an order of 2,400 electric Ford E‑Transit and E‑Transit Custom vans, bundled with telematics and service. A month earlier, Reuters reported DHL would rent 30 Mercedes‑Benz eActros 600 long‑haul trucks via hylane, paying per kilometre to derisk the early years. The message is less about brands and more about packaging: vehicles plus software plus financing, delivered as an integrated plan.
DPD Poland, 2024–2025. Geopost’s Polish arm reports 500+ electric vans and around 100 e‑cargo bikes across 25 cities, with millions of parcels already delivered by a zero‑emission fleet. The model is familiar: depot AC carries the base, public DC covers exceptions, and a roaming‑ready account keeps invoices clean when drivers leave home turf.
“Public fast charging will replace depots.” In reality, depots carry most of the energy at the lowest cost. Public DC is a strategic top‑up, not a permanent substitute.
“One app per operator is fine for fleets.” It is not. That’s how receipts disappear and tariffs are overpaid. Roaming via OCPI and an account‑first MSP solve the paper trail and the price comparison problem.
“Residual value is unknowable.” It used to be. Battery passports and routine SoH reporting from 2027 make resale less speculative and leases easier to price.
When does TCO parity happen? For urban vans, often already — when electricity is bought on day‑ahead contracts and routes are predictable. For trucks, parity hinges on duty cycle and access to depot DC; fixed‑route middle mile looks competitive by 2026–2027.
How many chargers for 100 vans? Start with smart‑managed AC sized to your dwell time, and add a small number of DC bays for turn‑arounds. Many operators find that one AC port for 2–3 vans covers the base when scheduling is tight.
Do we need megawatt charging? For vans, no. For long‑haul trucks, plan sites along TEN‑T and watch MCS timelines (2026–2030).
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