What connector does a 50 kW rapid charger use?

Many UK DC rapid chargers offer CCS2. Check the connector supported by the car and the charge point.

Will a 50 kW charger damage my EV battery?

Vehicles manage their own charging power and battery limits. Follow manufacturer guidance for your specific car.

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50kW Rapid Charging Guide

Q: How long does 50 kW rapid charging take?

For a 60 kWh battery, an ideal 10–80% calculation at 50 kW is about 50 minutes; real charging may take longer.

A 50 kW DC rapid charger sends direct current to a compatible vehicle battery, avoiding the car's lower-powered onboard AC converter. It is a useful public charging option during a stop or longer journey.

What to expect from 50 kW charging

The charger can provide up to 50 kW, but the vehicle controls how much power it accepts. Battery temperature, state of charge, site load and charger sharing can all reduce the live rate. CCS2 is a common UK connector for DC rapid charging.

Benefits

Quicker top-ups than most domestic AC charging.
Can be useful at retail, leisure and travel locations.
Compatible CCS2 vehicles manage their own safe charging limits.

Example charging times

For a 60 kWh usable battery, a 10–80% top-up adds 42 kWh. These idealised examples assume constant power.

Effective charging power	Ideal time for 42 kWh	Example
50 kW	50 minutes	Vehicle able to accept 50 kW
40 kW	1 hour 3 minutes	Vehicle or site limit reduces speed

Actual rapid charging slows as the battery fills and can vary considerably. Plan extra time for conditions and charging losses.

Estimate a rapid charge

50kW rapid charging FAQs

How long does 50 kW rapid charging take?

A 60 kWh battery's 10–80% top-up is 42 kWh, or about 50 minutes in an ideal steady 50 kW calculation. Real stops can be longer.

Which connector is used?

Will a rapid charger harm my battery?

Explore more

Compare 150 kW rapid charging and 250 kW ultra-rapid charging, or choose a vehicle from our EV guides.