How much does it cost to charge an electric scooter?

The actual math

Electricity cost is simple to calculate once you know two numbers: your battery's capacity in kilowatt-hours (kWh), and your price per kWh. Most commuter and performance e-scooter batteries sit somewhere in the 350 to 600 Wh range, 0.35 to 0.6 kWh. Canstar's current data puts the average Australian residential electricity price at roughly 30 to 35 cents per kWh, varying by state, retailer and plan. Multiply the two together and a full charge lands somewhere between 12 cents (0.35 kWh x 34 cents) and 21 cents (0.6 kWh x 35 cents) for most e-scooters on the market.

We haven't listed a specific figure for any single ScootFinder catalogue model here, battery capacity in Wh isn't currently a confirmed, published spec across our own model pages, so this calculation uses a general industry-typical range rather than claiming a precise cost for a specific scooter. If you know your exact battery's Wh rating (often printed on the battery itself or in the manual), the same simple multiplication gives you your specific cost.

What that means week to week

Even a rider charging daily is looking at well under two dollars a week in electricity, and most riders don't fully discharge and recharge every single day. This is genuinely one of the cheapest parts of owning an e-scooter, comparable to the cost of charging a phone many times over, not a meaningful line item against fuel, registration or insurance for a car. See our broader look at whether e-scooters are worth it in Australia for how this fits into the bigger cost picture against public transport and driving.

Where the real ongoing cost actually sits

Electricity isn't where e-scooter ownership costs add up. Tyres wear and need replacing, brake pads and cables need attention over time (see our guide to maintaining your electric scooter), and the battery itself has a finite cycle life, see how long do e-scooter batteries last for what that looks like in practice and when replacement becomes worth considering. None of these costs are large individually, but they're the ones actually worth budgeting for, not the electricity bill.

How this stacks up against alternatives

On a pure per-trip basis, a charge costing cents comfortably undercuts a single public transport fare or a car trip's worth of fuel. That's a genuinely useful data point, but it's not the whole picture: it ignores the upfront cost of the scooter itself, ongoing maintenance, and the fact that a scooter and a train aren't always substitutes for the same journey (weather, distance and legal riding zones all matter). If you're weighing up ownership against a hire scheme instead, our comparison of buying vs renting long-term covers that trade-off directly, including per-minute hire pricing, which is a meaningfully bigger cost driver than electricity in either direction.