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Charging Guide

Charging Guide

The basics of charger power, connectors and installation, explained without jargon.

Choosing Charger Power

Match kW output to your vehicle's onboard charger and your typical daily driving distance.

AC vs DC Charging

AC chargers suit overnight home/workplace charging; DC fast chargers suit quick highway top-ups.

Installation Requirements

Understand electrical load, wiring distance, and mounting considerations before you buy.

Safety Certifications

Look for IP-rated enclosures and protection circuits suited to your installation environment.

If you’re new to EV charging, the terminology alone can be confusing — kW ratings, connector types, single-phase versus three-phase supply. This guide covers the practical questions that actually matter when choosing and installing a charger, without assuming you already know the jargon.

Start with your vehicle, not the charger

Every EV has a maximum rate at which its onboard charger can accept AC power — buying a charger rated well above that limit won’t make your car charge any faster. Check your vehicle’s manual or ask your dealership for this figure before comparing chargers.

Match power to how you actually park

If your vehicle is parked for 8+ hours overnight, a lower-power charger (like 7.4 kW) is often enough to fully charge from a typical daily commute. Higher-power chargers matter more when dwell time is short — a workplace car park during the day, or a highway stop.

Get a site survey before you order

Cable run length, your existing electrical panel capacity, and where the charger will physically mount all affect what installation actually involves — and sometimes what unit makes sense. A short survey before ordering avoids surprises on installation day.

Common Questions

Most home installations are completed within a single day once the site survey and electrical approvals are done.

Still not sure what you need?

Our team can recommend the right charger for your vehicle and site.