Skip to content
VULTAE
Dual-connector DC fast chargers at a highway charging hub at dusk

Level 3 · Mode 4

DC Fast Chargers

20–360 kW

DC fast chargers (Level 3, Mode 4) convert grid power to direct current inside the charger and feed the battery directly. They suit places where vehicles stop for minutes rather than hours: highway hubs, fuel stations, fleets and retail sites.

Our DC range runs from a 20 kW wallbox to a 360 kW dual-connector cabinet. IEC versions use CCS2 and CHAdeMO; North American versions use CCS1, NACS and CHAdeMO. All support OCPP 1.6J and 2.0.1.

3 series

Compare the series

SeriesPowerConnectorsVersionsBest for
VT-DW DC Wallbox20–60 kWCCS1 · CCS2 · CHAdeMO · NACSIECCar dealerships, hotels, retail car parks and depots that need DC charging without a large cabinet
VT-DF DC Fast Charger60–360 kWCCS1 · CCS2 · NACS · CHAdeMOIEC · North AmericaPublic charging hubs, highway service areas, fuel stations and fleet depots with high utilisation
VT-DFC Compact DC Charger120 / 180 kWCCS2 · CHAdeMOIECUrban car parks, retail sites and fuel stations with little space between bays

DC Fast Chargers: common questions

How much power does a DC fast charger need?

Each product page lists the input current per phase for every model. For example, a 120 kW IEC charger draws up to 186 A per phase at 400 V.

Which connector should I choose?

CCS2 for Europe and most of Asia-Pacific and the Middle East; CCS1 or NACS for North America; add CHAdeMO where older Japanese vehicles are common.

Will a car always charge at the charger’s full power?

No. Charging power is limited by the vehicle’s own maximum and by the battery’s state of charge, so a 300 kW charger delivers what the car can accept.

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