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VULTAE
Electric delivery vans charging at a fleet depot in the morning

Solutions · Fleet Depots

Depot charging that fits your shift pattern

Fleet charging is planned around shifts: how long vehicles stay at the depot, how far they drive and how much power the site can draw. We combine AC, DC and mobile DC hardware to fit that pattern.

What matters

What fleet depots need from charging hardware

  • Match power to dwell time

    Vehicles parked overnight need AC or low-power DC; vehicles turned around between shifts need fast DC.

  • Respect the site supply

    Load management and dual-connector power sharing keep total demand within the grid connection.

  • Session data

    OCPP 1.6J / 2.0.1 and RFID cards per driver or vehicle for energy reporting.

  • Flexibility

    A mobile DC charger covers bays without fixed chargers and vehicles that need an emergency top-up.

Energy added per hour of charging (approximate, before losses)

Charger powerEnergy per hourTypical use
22 kW AC22 kWhOvernight, light vans
40 kW DC40 kWhMid-shift top-up
120 kW DC120 kWhFast turnaround, larger batteries

Guidance only — the right choice depends on your vehicles, dwell times and supply. Try the charging calculator →

Questions from fleet depots

Should a depot use AC or DC chargers?

It depends on dwell time. If vehicles stay 8 hours or more, AC usually covers the daily mileage; shorter stays need DC. Our charging calculator helps compare the options.

Can several chargers share a limited grid connection?

Yes. Dual-connector DC chargers share power automatically, and AC chargers support group load management.

Tell us what you’re building

Send your market, charger type, power and quantity — our engineers reply with matching models, specifications and pricing.

Request a quote