Last updated: September 2026

Electric Vans for Fleets: The TCO Guide

Delivery and service fleets are where electric vans make the most financial sense: predictable routes, overnight depot parking and high annual mileage. But the maths is unforgiving if you electrify the wrong routes. This guide covers total cost of ownership, depot charging, payload and range trade-offs, and how to pick the routes that actually pay back.

Why fleets are the sweet spot

A van doing 35,000 km a year on urban routes is the ideal EV: it returns to base every night (so cheap depot electricity replaces expensive public charging), it does stop-start driving where regenerative braking shines, and its high mileage multiplies every cent saved per kilometre. Fleet EVs also dodge the costs hitting diesel vans in 2026 — low-emission-zone charges, rising diesel prices and city access restrictions that are tightening across European cities.

Total cost of ownership: the moving parts

Purchase price. Electric vans still cost €8,000–15,000 more than equivalent diesels before incentives. Grants and tax breaks vary by country — check what applies in 2026, because incentive schemes change yearly.
Energy. A diesel van at 8 L/100 km and €1.70/L costs €13.60/100 km. An electric van at 25 kWh/100 km charged at a depot for €0.20/kWh costs €5.00/100 km — saving €8.60 per 100 km, or €3,000 a year at 35,000 km. This is where the purchase premium gets repaid.
Maintenance. No oil changes, no AdBlue, no DPF or EGR failures, far less brake wear. Fleets typically report 30–40% lower maintenance costs for electric vans — often €800–1,200 saved per van per year.
Depreciation. The wildcard. Used electric van values have been volatile as battery tech improves, though 2026 models with 300+ km range hold value better than early short-range ones. Assume conservative residual values in your TCO model.
Insurance and tyres. Insurance can run slightly higher (battery replacement cost); tyres wear faster on heavier EVs — budget 10–20% more for tyres.

Depot charging: the make-or-break investment

Depot charging is what turns an electric van from "interesting" to "profitable". Key decisions:

AC chargers (11–22 kW) per parking bay are enough for overnight charging — a van needing 60 kWh overnight charges in under 6 hours at 11 kW. DC chargers at the depot are rarely worth the cost unless vans do double shifts.
Grid connection. Ten vans charging at 11 kW is 110 kW of simultaneous load. Get your grid operator's quote early — connection upgrades are the most common cause of depot project delays.
Load management. Smart charging software staggers charging across the night, keeping peak load (and your power tariff) down. It typically pays for itself within a year on larger fleets.
Cost benchmark: roughly €1,500–3,000 per AC charging point installed, plus any grid upgrade. Amortised over 5 years across high-mileage vans, this is small next to the fuel savings.

Payload and range: the real trade-offs

Payload. Batteries are heavy: an electric van typically carries 200–400 kg less payload than its diesel twin. If your routes regularly run near max payload, you may need a larger van class — or more vans.
Range. 2026 electric vans offer 200–350 km WLTP; expect 150–250 km in real loaded, winter, motorway conditions. That covers most urban delivery and service routes, which average 80–150 km a day — but not long intercity runs.
The 4.25-tonne rule. In the EU, drivers with a standard category B licence may drive electric vans up to 4,250 kg (instead of 3,500 kg) to compensate for battery weight — check your country's implementation, as not all member states apply it identically.

Which routes to electrify first

Start where the maths is strongest and the risk lowest:

Urban routes under 150 km/day returning to base nightly.
High-mileage routes — the more kilometres, the faster the fuel savings repay the purchase premium.
Routes entering low-emission zones where diesel faces charges or bans.
Predictable routes — fixed rounds are easier to match to range than ad-hoc dispatch.

Pilot with 2–5 vans on your best routes, measure real consumption and driver feedback for 3–6 months, then scale. The fleets that fail are the ones that electrify everything at once based on brochure range figures.

Worked TCO example: one urban delivery van

35,000 km/year, 5-year ownership. Diesel van: €32,000 purchase, €13.60/100 km fuel, €2,200/year maintenance. Electric van: €43,000 purchase, €5.00/100 km depot electricity, €1,300/year maintenance.

Fuel savings: €8.60 × 350 × 5 = €15,050
Maintenance savings: €900 × 5 = €4,500
Purchase premium: €11,000 (before any grant)
Net 5-year advantage: roughly €8,550 — before low-emission-zone savings.

Frequently asked questions

How many km per year does an electric van need to beat diesel?

Typically 20,000–25,000 km/year is the break-even zone, depending on electricity vs diesel prices and incentives. Below that, the purchase premium may not repay itself; above 30,000 km/year the electric van usually wins clearly.

Can electric vans handle a full working day?

Yes for urban and regional routes: 150–250 km of real range covers the 80–150 km most delivery vans drive daily, with overnight depot charging resetting to 100% each morning.

What does depot charging cost to install?

Budget €1,500–3,000 per AC charging point installed, plus any grid connection upgrade — which is the variable that can swing the budget. Smart load management keeps ongoing power costs down.

Do electric vans carry less than diesel vans?

Yes, typically 200–400 kg less payload due to battery weight. The EU's 4,250 kg licence derogation for electric vans helps compensate — check how your country applies it.

Model your own fleet with our electric van vs diesel calculator — purchase price, energy, maintenance and mileage for your exact routes.

This guide is for information only and is not professional financial advice.