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Types of EV

  • Hybrids

    Powered by two engines - one electric and one petrol - that work together or independently to achieve good fuel efficiency for city driving.

  • Plug-in hybrids

    A hybrid equipped with a bigger lithium ion battery that can be plugged in and charged, allowing it to be run for longer using just electric power, with the petrol engine as backup for longer journeys.

  • Full electric vehicles

    Powered by an electric motor with electricity stored in a large lithium ion battery that can be charged at home or using a fast-charging public station.

Running costs

Electric vehicles and hybrids have much lower running costs than petrol and diesel-powered vehicles. To find just how much, we've compared the running costs of some of the most popular vehicles on Australian roads.

EVs vs petrol cars: compare the costs over 10 years

Fuel savings

  • Hybrid$5,320
  • Full EV$6,530
  • Petrol

    Toyota Corolla SX Petrol
    $11,755
  • Hybrid

    Toyota Corolla SX Hybrid
    $6,435
  • Full EV

    MG ZS Electric SUV
    $5,005
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What is the calculation based on?

Driving range

Explore what it would be like to do a day trip in an EV instead of your own car. Use our tool to compare range, charging times and costs.

Estimate your trip

Charging

Electric vehicles are powered by lithium ion batteries that can be charged at home or in fast-charging public stations. The speed of charging depends on the charger you use, the amount of charge already in the battery and the model being charged.

  • Charging at home

    Charging at home
    • img.label
      Wall plug
      (2.3kW)
    • img.label
      1 phase home charger
      (7.7kW)

    You can charge an EV using a regular power point in your garage but faster charging speeds can be achieved by installing a dedicated EV charger.

  • Charging on the road

    Charging on the road
    • img.label
      Fast charger
      (50kW)
    • img.label
      Supercharger
      (350kW)

    Public charging stations are becoming more common on Australian roads with varying power capabilities, charging costs and speeds.

Donna, ACT | Drives a Hyundai Kona EV

We chose an EV that had enough range to get us from Canberra to Sydney without having to re-charge along the way. We love the performance and the quiet of the KonaDonna, ACT | Drives a Hyundai Kona EV

Charge times

Slow EV charging is fine when you have your vehicle plugged in overnight in your garage but if you've set off on a road trip you're going to want to charge your EV as quickly as possible. These are the main types of EV chargers available, with an estimate of their charging speed.

Approximate times to charge

Based on a 2021 Tesla Model 3 Standard Range EV charged from 20% to 80% capacity, providing a range of 447km.

  • Home AC chargers

    Using electricity at home

    • Level 1
      img.primary.label

      Wall plug(2.3kW provides 13km per hour)

      img.secondary.label

      26hto charge from 20-to-80%

    • Level 2
      img.primary.label

      1 phase home charger(7.7kW provides 41km per hour)

      img.secondary.label

      8hto charge from 20-to-80%

  • Public DC chargers

    Using electricity at charging stations

    • Level 3
      img.primary.label

      Fast charger(50kW provides 280km per hour)

      img.secondary.label

      1h 12minto charge from 20-to-80%

    • Level 3
      img.primary.label

      Supercharger(350kW provides 590km per hour)

      img.secondary.label

      34minto charge from 20-to-80%

Environmental impact

Transport accounts for approximately 17% of Australia's carbon dioxide emissions so reducing reliance on petrol and diesel powered vehicles can make a real difference to our carbon footprint and to the quality of air in our cities.

  • Carbon footprint

    Electric vehicles provide one of the most effective ways to reduce carbon emissions, particularly when charged using renewable energy from a home solar system or a green energy provider.

  • Carbon footprint

Carbon emissions over a 5-year period, travelling 14,000km per year

  •  

    10.8 tonnes of CO2
    Petrol
  •  

    5.6 tonnes CO2
    Hybrid
  •   Using grid power

    6.7 tonnes CO2*
    Full EV
  •   Using 50% solar power

    3.4 tonnes CO2*
    Full EV
  • Battery life and replacement

    Battery life and replacement

    Most EV manufacturers now guarantee their lithium ion batteries for 8 years or 160,000km. As battery technology has developed prices have decreased and this is set to continue, so replacing a battery in 8 years' time will be significantly cheaper than it is today.

  • Solar

    Solar

    Home solar systems provide an effective way to reduce energy costs and your carbon footprint. A solar system can pay for itself after just 5 or 6 years of use and can provide even greater value to EV owners.

Chris, NSW | Drives a  Tesla Model 3

Charging my Tesla isn't a hassle, I just plug it in to my home charger that is linked to our rooftop solar system so it only uses free, renewable energy.Chris, NSW | Drives a Tesla Model 3

Looking for electric vehicles?

Looking for electric vehicles?

We've rated them on range, efficiency, warranty and more.

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