Power Source
Runs exclusively on electricity, stored in a large traction battery.
Charging
Requires external charging from a power source, like a home outlet or public charging station, to replenish its battery.
Operation
You cannot refuel it with petrol; its driving range is entirely dependent on its electric charge.
Compatibility
AC and DC fast charging.G65
Power Source
Combines a petrol engine with an electric motor and a rechargeable battery.
Charging
Its battery can be charged from an external power source, similar to a BEV, while the petrol engine can be refuelled as usual.
Operation
When the battery charge depletes, the petrol engine activates to power the vehicle in Hybrid mode.
Compatibility
AC and DC fast charging.G65
Charge by plugging your vehicle straight into a standard Australian wall powerpoint.
Mode 2 charging can be an effortless partial overnight top up while you sleep.
Mode 2 cable included with all BEV and PHEV Toyota vehicles.
Complete the online enquiry form via JET ChargeC11. You’ll need photos of your switchboard and your preferred charger location to help them provide a quote.
You’ll receive a quote, including labour and charging station costs. You can then schedule your installation day.
A licensed electrician from JET ChargeC11 will conduct safety checks and install the charger at your selected location.
Once installation is complete, JET ChargeC11 will invoice you directly. You’re now ready to start charging your Toyota Electrified vehicle at home.
An at-home dedicated AC wall charger (Mode 3) can help ensure a fully charged vehicle while prolonging the vehicle’s battery life. Ask your local Dealer about installing one via JET ChargeC11 at an additional costM1.
Wake up ready to go with a simple overnight charge. Using either a household powerpoint (Mode 2) or an AC wall charger (Mode 3), overnight charging is easy and convenient, potentially giving your car enough charge for daily electric driving, with usage reflected on your electricity bill. If your battery is very low, overnight charging, especially via a powerpoint, may not fully recharge it.
We recommend using AC charging options for everyday use. While DC fast charging is convenient for longer trips, frequent use may impact battery performance and longevity over time.
Charging a lithium-ion battery slows down as it nears full capacity. So you can get more power in less time by charging to 80% and stopping there. While charging to 100% is still an option, it may not be essential for your everyday driving and can help optimise long-term battery health.
FAQs
What's the difference between Plug-in Hybrid and Battery Electric Vehicle charging? PHEVs have smaller batteries than BEVs, so they typically require less energy to charge to full capacity, whether at home or at a public charging station. BEVs have larger batteries that take longer to recharge but offer a longer driving range on electric power alone. Both PHEVs and BEVs are compatible with standard AC charging and DC fast charging for added convenience. |
What happens if my Plug-in Hybrid Vehicle runs out of charge? If your PHEV’s battery runs low, the petrol engine automatically activates and the car switches to Hybrid mode, giving you the range you need to complete your journey until you can recharge. |
What happens if my Battery Electric Vehicle runs out of charge? If your BEV runs out of charge, it will gradually lose power and eventually stop, just like a petrol car would if it ran out of fuel. Unlike petrol vehicles, there’s no reserve, so you’ll need to recharge before you can continue driving. For this reason, it’s important to plan your trips ahead and keep an eye on your battery level. If you are unable to charge your vehicle and it stalls, you’ll need to contact your Roadside Assistance provider* for towing to your nearest public charging station or Toyota Dealer. *If using a roadside service that is not Toyota Roadside Assist, be sure to refer to the Owner's Manual for important information about necessary towing precautions. |