AC chargers are the standard home charging method. They rely on the vehicle’s onboard charger to convert AC to DC. This limits the speed to between 7kW and 22kW depending on the vehicle and supply type.
DC fast chargers convert AC to DC externally and feed power directly to the battery. This enables very high charging speeds but requires large electrical infrastructure which is not suitable for homes.
AC: Ocular IQ Home Solar Universal and Ocular LTE Plus.
DC: Ocular Titan or Ocular Atlas
| Power Output | Applications </th |
|---|---|
| AC 7 to 22 kW | Suitable for homes & light fleets. |
| DC 25 to 420 kW | Suitable for commercial applications & public charging. |
No, power requirements are too high
Yes with weather rated units such as Ocular chargers.
Yes all current EVs do, but speeds vary depending on the vehicle.
DC charging has a very small effect on battery health compared to AC charging, especially for average EV drivers. There is a greater effect on wear and tear for vehicles operating high-use duty cycles similar to high-use petrol vehicles.
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