How much does it cost to run a ev home charger? (2026–27)
At typical draw · official state tariffs
Typical household use — 2 h/day, 365 days a year at 7,000 W — runs $1,404–$2,142 a year depending on your state's tariff.
Wattage basis: The three common home charging levels; 7 kW single-phase covers most owners (~30% of AU homes have three-phase).
| State | Tariff c/kWh | Per hour | Typical year |
|---|---|---|---|
| New South Wales | 33.1c | $2.32 | $1,693 |
| Victoria | 27.5c | $1.92 | $1,404 |
| Queensland | 28.0c | $1.96 | $1,429 |
| South Australia | 41.9c | $2.93 | $2,142 |
| Western Australia | 33.3c | $2.33 | $1,700 |
| Tasmania | 28.0c | $1.96 | $1,428 |
| Australian Capital Territory | 37.0c | $2.59 | $1,888 |
| Northern Territory | 31.7c | $2.22 | $1,619 |
Appliance running-cost calculator
NSWEV charger: 2,400–22,000 W typical range.
Low/typical/high are charger power levels — 2.4 kW portable lead, 7 kW single-phase wallbox, 22 kW three-phase — not duty cycles; a home session runs 4–10 h overnight.
- Per day (2 h)
- $4.64
- Per month
- $141.03
- Per year (365 days)
- $1,693.31
Tariff: 33.1c/kWh — AER Default Market Offer 2026–27 (DMO 8) for the Ausgrid network, effective 1 July 2026. Wattage basis: SolarQuotes — EV charger guide. Full ev charger costs in NSW →
Cutting the cost
Charge overnight on an off-peak or dedicated EV tariff, or during the day if your solar is exporting anyway. You rarely need a full charge every night, so top up to your usual daily range instead of filling to the top each time. Set a scheduled start so the car waits for the cheap window, and steer clear of charging through the early-evening peak.
Frequently asked questions
- How is the running cost calculated?
- Watts ÷ 1,000 × your electricity rate = cost per hour. A ev charger drawing 7,000 W on a 33.1c/kWh tariff costs $2.32 an hour — the calculator above lets you change every input.
- Does a higher star rating cut the cost?
- Yes — the star rating compresses the power draw or energy per use, which scales this page's figures directly. The low–high band in the table (2,400–22,000 W) roughly spans efficient to inefficient models.
- Why does the state matter?
- The appliance draws the same power everywhere — but each state's reference usage rate differs, so the same hour of running costs $1.92 in the cheapest state and $2.93 in the dearest. Pick your state above for exact figures.
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Costs use each state's representative-zone reference usage rate, effective 1 July 2026. Low/typical/high are charger power levels — 2.4 kW portable lead, 7 kW single-phase wallbox, 22 kW three-phase — not duty cycles; a home session runs 4–10 h overnight.