DC Chargers

DC fast chargers bypass the car's internal inverter, delivering power directly to the battery , for faster charging.

These chargers are ideal for public areas, stations near highways or shopping malls, where charging time is critical. Their power can reach from 50 kW to over 200 kW , significantly reducing charging time compared to domestic AC chargers.

Whether for professional use or long-distance support, DC chargers ensure fast and reliable charging , facilitating daily or long-distance travel by electric vehicle.

Frequently Asked Questions

What does "DC charger" mean?

DC chargers provide direct current directly to the EV battery , bypassing the internal conversion required by an AC charging system. This allows for much faster charging compared to conventional AC chargers.

Why are they faster than AC chargers?

Because the power does not go through the car's inverter but is transferred directly to the battery with high power (often 50 kW and above), drastically reducing charging time.

Learn about the differences between DC chargers and AC chargers

How fast do DC chargers charge?

The speed depends on the power of the charger and the vehicle, but many DC stations can charge the battery to ~80% in about 20–40 minutes or less, depending on the condition and type of car.

Where are they usually used?

They are located in public areas, stations near highways, shopping malls or business areas, where the need for quick recharging is high.

What power is right for my business?

The choice of power depends on the type of use: smaller DC chargers (e.g. 50 kW) are ideal for moderate usage flow, while high-power units (120 – 400 kW) serve more demanding needs and a large number of simultaneous users.

Can all EVs use DC fast chargers?

Not all, the vehicle must support DC fast charging and the appropriate socket type (such as CCS or CHAdeMO) to fully exploit the capabilities of the fast charger