The faster you drive, the more energy you need to maintain your speed.
Use Z.E. technologies such as regenerative braking and deceleration to optimise your driving range.
When driving uphill, your electricity consumption affects your driving range. You recover energy when driving downhill.
On average, the Z.E. battery offers a maximum driving range of 300 km in summer and 200 km in winter.
The weight of your vehicle, influenced by its load, will have an impact on how much energy it consumes.
Cold temperatures and electric driving
Like all batteries, those in Z.E. vehicles hold less charge in cold weather than at ambient temperature.
However, ZOE has undergone extreme cold testing in Kiruna, Sweden. It continued to work normally even at -20 °C .
Very low temperatures can sometimes make charging times longer, affect energy storage and the resulting driving range, or increase energy consumption when heating the interior.
Listening to the radio in your electric car is unlikely to have any noticeable effect on your driving range. The four main factors that are likely to affect your driving range are:
Electric batteries in cars are built with lots of technology to protect their capacity and charge. This means you won’t have to worry about leaving your electric car in an airport car park whilst you go on holiday and you probably won’t notice any real loss of charge even if you were to leave it for a couple of months.
If you are planning to leave your electric car for a long period of time, we would recommend leaving it with between 40-70% charged to ensure it can top up the 12V battery if it starts to run low.
When you start your E-Tech electric vehicle, you hear and feel nothing. The same goes when you are stuck in a traffic jam.
The electric motor only uses energy when you accelerate. When stationary, the only consumption is from any auxiliaries that are on, such as the heating or air conditioning.
In heavy traffic, you are constantly stopping, starting and decelerating. This is actually good for your electric motors as it recovers energy during deceleration and braking (compared to most diesel or petrol engines).
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