VehicleFile

EV charging time calculator

See roughly how long it takes to charge an electric car, from a 3-pin plug to an ultra-rapid charger. The car's own maximum charging speed often decides the answer.

kWh
%
%
kW

Usually 7.4 or 11kW. In the car's specification.

kW

Its peak rapid-charging speed.

Enter your battery size to see the charging time.

Typical charging times

Charger60kWh battery, 20% to 80%Miles added per hour (approx.)
3-pin plug, 2.3kWabout 17 hours7
Home wallbox, 7kWabout 5 hours 40 minutes22
22kW public (car limited to 11kW)about 3 hours 40 minutes35
50kW rapidabout 50 minutesabout 140
150kW ultra-rapid (car peak 130kW)about 25 to 30 minutesabout 300

Estimates at 3.5 miles per kWh with about 10% AC charging losses. Real times vary with temperature, battery condition and the charging curve.

What limits charging speed

  • The car: on AC, many cars can only take 7.4kW or 11kW, so a 22kW post charges them no faster. On DC, each car has a peak rate.
  • Battery level: rapid charging slows sharply above about 80% to protect the battery. That is why times are usually quoted to 80%.
  • Temperature: a cold battery charges slower. Many cars precondition the battery when you navigate to a charger.

What it costs

Time is only half of it. A home charge on an EV tariff can cost a fraction of a rapid charge. Use the EV charging cost calculator and read petrol vs electric running costs.

Sources

Rates and rules last checked 15 October 2026. These figures are a guide. For a decision that matters, confirm with the official source.

Questions

How long does it take to charge an electric car at home?

With a 7kW wallbox, about 5 to 6 hours to add 60% to a 60kWh battery, or around 8 to 9 hours from nearly empty to full.

How long does a rapid charger take?

Often 25 to 50 minutes from 20% to 80%, depending on the charger and the car's maximum rate.

Can I charge an electric car from a normal plug?

Yes, at about 2.3kW, but it is slow: around 7 miles of range per hour.

Why does charging slow down after 80%?

The car reduces power to protect the battery as it fills up.

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