PEUGEOT electric cars: find out more about their driving ranges

The driving range of PEUGEOT vehicles allows you to cover both short and long distances.

In order to ensure a trouble-free experience, you will find all the useful information here: our advice on how to optimise your driving range, our calculation tool and the best practices to adopt.

2/3

of motorists

drive on average

less than 30 miles per day.

1 charge

per week, based on:

30 miles x 5 working days,

or 150 miles.

With 148 to 225 miles

of driving range,

the PEUGEOT electric range

can meet your needs.

2/3

of motorists

drive on average

less than 30 miles per day.

1 charge

per week, based on:

30 miles x 5 working days,

or 150 miles.

With 148 to 225 miles

of driving range,

the PEUGEOT electric range

can meet your needs.

PEUGEOT electric cars have a range up to :

^{Range up to 225 miles WLTP}

PEUGEOT e-208

^{Range up to 214 miles WLTP}

PEUGEOT e-2008

^{Range up to 172 miles WLTP}

PEUGEOT e-Rifter

^{Range up to 148 miles WLTP}

PEUGEOT e-Traveller

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POWER INDICATOR

Your energy consumption is shown in real time on your dashboard to better manage your electric vehicle's range.

^{ECO-DRIVE MODE}

Eco-driving mode allows you to maximise your car's range.

REGENERATIVE BRAKING

When you release the accelerator , the electric motor slows the vehicle down and charges the battery.

REMOTE E-CONTROLS

From your smartphone, set the thermal pre-conditioning of your passenger compartment , initiate and track charging remotely. This will heat or cool the cabin to 21 degrees and ensure the battery is an optimal temperature before starting your journey.

Below you can find a number of range simulators, you can use these tools to calculate how many miles you can drive in your vehicle according to different driving conditions specified by you. This is one way you can use to decide whether an electric vehicle might be right for you.

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SIMULATE THE RANGE OF YOUR e-TRAVELLER

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As with a petrol or diesel vehicle, these factors can affect the range of an electric vehicle:

Load transported

Driving with load on the roof or with an open window increases wind resistance which affects consumption and battery range.

Driving Style

Smooth driving will allow you to maximise your range, try to avoid sharp braking or acceleration.

Air-conditioning

Heating and air conditioning can be responsible for 10-30% of your battery consumption.

^{Regenerative Braking}

En montée, votre consommation est augmentée et impacte votre autonomie électrique. En descente, grâce au freinage régénératif vous récupérez de l'autonomie.