Electric vehicles (EVs) are transforming the future of motoring, yet a surprising number of myths still surround them. While EV technology differs from traditional petrol and diesel cars, many misconceptions stem from simple misunderstandings.
At BYD, we’ve been pioneering sustainable transport solutions for over two decades, driven by a mission to create a greener future. As part of this commitment, addressing misconceptions about EVs is key to helping the transition to electric transport.
So, to uncover the most common myths about EVs and help guide people in the right direction, we surveyed 2,000 Brits, asking which statements they believed to be true. Here, we tackle the most popular myths and set the record straight.








The most common myth Brits believe is that you cannot take an EV charger with you when you move. Nearly one in five (18%) respondents believe this.
Although an EV charger is installed and fixed at home, in reality, you can take the charger when you move home. Wall-mounted chargers can be reinstalled at your new address by an electrician. However, it’s worth comparing the costs for reinstalling a charger versus buying a new one as sometimes installation is included in the purchase.

17% of people believe an EV can be manual. Whilst most petrol and diesel cars are manual in the UK, electric cars are automatic by design. EVs have a constant power output, delivering consistent power, so they don’t need a clutch or gearbox.
However, it is possible to simulate manual driving in an electric car, which some manufacturers are developing. This would give drivers a feel of driving in a traditional car, whilst still having an automatic transmission.


Not to mention, EV batteries come with long warranties which shows the confidence manufacturers have in the longevity of their vehicles. For instance, the BYD ATTO 3 battery is covered for 8 years, or 125,000 miles, whichever comes first.

This misconception might arise from regenerative braking which is often referred to as “self-charging”. Whilst regenerative braking does allow an EV to recover some energy when braking, it will not fully charge the vehicle so it’s still quite far from fully self-charging.
Regenerative braking helps electric cars to be very energy efficient, as the energy produced from the deceleration is turned into electricity and returned to the battery. The BYD DOLPHIN and BYD ATTO3 have two regenerative braking levels: normal and high. These levels change the force of the braking power. Regenerative braking not only helps extend the car’s range, so you can cover more miles, but also reduces the wear from brake pads. To completely charge the car, it will still need to be plugged in.

Dolly towing, where only the rear two wheels touch the ground, is also suitable for electric cars as long as the EV can be switched to its neutral gear. It’s normally not recommended to tow an EV by its drive axle, as the driver motor(s) may produce kinetic energy that builds up and can damage the battery.


This is surprising given that younger generations are often more familiar with new technology. However, this may reflect the influence of social media and the fast-paced spread of misinformation.
Meanwhile, men might be more likely to rely on previous automotive knowledge, which, in the case of EVs, doesn’t always translate well to this new technology. This reliance on “traditional” car knowledge may leave some men more vulnerable to misconceptions about electric vehicles.
Methodology
We carried out a survey of 2,000 people in the UK, via OnePoll. The survey asked several questions about EVs to gauge the public's understanding and sentiment. Respondents could select multiple answer options.