Understanding Switchboards and EV Chargers

As electric vehicles (EVs) become more popular in Australia, the role of electrical switchboards in their charging installations is crucial. An EV charger typically requires a dedicated 16–32-amp circuit, some households may not support. It is required that you have a circuit breaker, not fuse-type, switchboard for your EVC. If you still have a fuse-type switchboard, your electrician will need to upgrade this before the EVC can be installed. Fuse switchboards are much less safe than circuit breaker switchboards, so this is a valuable investment not just for your EVC, but for your home safety. Upgrading your switchboard not only prepares your home for EV charging but also future proofs your electrical system for additional demands, such as solar energy integration or increased power consumption.

Your switchboard will contain circuit breakers to protect against overloads and Residual Current Devices (RCDs) to prevent electric shocks. When planning for an EV charger, it's vital to consult a licensed electrician to verify compliance local regulations, and safety standards.