EV vs Petrol Comparison
EV vs Petrol Cost: Launceston → Darwin
How much cheaper is an electric vehicle compared to petrol on this 4307 km route? Prices updated 21 May 2026.
Cost Comparison
One-way energy cost for EV models vs petrol vehicles. Home charging at AUD 0.33/kWh, DC fast at AUD 0.79/kWh.
| Vehicle | Energy used | Home charge | DC fast | Saving vs car |
|---|---|---|---|---|
| BYD Atto 3 | 683.7 kWh | AUD 222.87 | AUD 540.08 | AUD 465.89 saved |
| Tesla Model 3 | 615.3 kWh | AUD 200.58 | AUD 486.08 | AUD 488.18 saved |
| Volvo XC40 Recharge | 1025.5 kWh | AUD 334.31 | AUD 810.13 | AUD 354.46 saved |
| MG4 | 633.4 kWh | AUD 206.48 | AUD 500.37 | AUD 482.28 saved |
| BMW iX3 | 797.6 kWh | AUD 260.02 | AUD 630.10 | AUD 428.75 saved |
| Petrol Car (Regular) | 358.9 L | AUD 688.76 | — | reference |
| Petrol Van (Diesel) | 478.6 L | AUD 961.42 | — | reference |
DC Fast Charging Time
Time to recharge the energy used for this 4307 km route at DC fast charge speed.
Australia EV Electricity Rates
Rates used in the calculations above.
EV Questions: Launceston to Darwin
Is an EV cheaper than petrol for Launceston to Darwin?
Yes, on home charging, the best EV option for this 4307 km route costs approximately AUD 200.58, compared to AUD 688.76 for a petrol car on Regular. That's a saving of AUD 488.18 per one-way trip. DC fast charging is slightly more expensive but still competitive.
How long does it take to recharge an EV for this route?
It depends on the EV and charger type. On a DC fast charger, most EVs listed here can replenish the energy used for this route in 10–40 minutes. Home AC charging typically takes several hours for the equivalent energy. See the charging time breakdown in the table above.
What is the electricity rate for EV charging in Australia?
The home charging rate used here is AUD 0.33/kWh. Public DC fast charging is estimated at AUD 0.79/kWh. Rates may vary by charger operator and subscription plan.
Which EV is most efficient for highway driving in Australia?
Among the reference models listed here, the Tesla Model 3 achieves approximately 7.0 km/kWh on highway routes, making it one of the most efficient for long-distance travel. Real-world performance may vary with speed, air conditioning, and load.
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