FAQs

An electric vehicle (EV), also known as a battery electric vehicle (BEV), is powered entirely by electricity. Unlike conventional vehicles that run on petrol or diesel, EVs rely on electric motors and batteries to drive the vehicle.

Electric vehicles (EVs) are powered by one or more electric motors instead of an internal combustion engine. These motors draw energy from batteries, which store the electricity needed to propel the vehicle. The batteries can be recharged by plugging the vehicle into a charging point at home, work, or public charging stations commonly found at locations such as car parks, retail centers, supermarkets, and service stations. Additionally, many EVs feature regenerative braking, a system that recaptures energy during braking to help recharge the battery.

The charging time for an electric vehicle depends on several factors, including the power output of the charging station, the size of the vehicle's battery, and the capacity of its onboard charger. These elements determine how quickly the battery can be recharged. Most EVs listed on our website provide detailed information to help you calculate how long it will take to charge your new vehicle.

Yes, there are several types of connectors depending on the vehicle manufacturer. The most common ones are Type 1, Type 2, CHAdeMO, and CCS Combo Types 1 and 2. Our website provides information about the specific charging type used by each vehicle. Most home charging points use Type 2 connectors and typically charge at 7kWh, though some can reach up to 11kWh. Workplace chargers are generally 22kWh, while public charging stations can range from 50kWh to over 300kWh. (kWh stands for kilowatts per hour and indicates the amount of power that can be supplied to your EV.)

The driving range of an electric vehicle depends on several factors, including the size of the battery, the vehicle's power output, and weather conditions. Adverse weather, such as ice, rain, and snow, can reduce the range because more energy is needed to operate features like heaters, demisters, and wipers. In winter, it also takes longer to heat the vehicle, and the need for headlights during darker mornings and evenings further increases energy consumption. As a result, the range of your EV can vary with the seasons, typically increasing in the summer and decreasing in the winter.

The upfront cost of an electric vehicle (EV) can be higher than that of a traditional petrol or diesel vehicle. However, the cost of electricity, depending on your energy tariff, is often much lower than that of fossil fuels. Additionally, maintenance costs for an EV are generally lower because there is no engine to service, no oil changes required, and the wear on brake pads is reduced due to regenerative braking systems. These systems help slow the vehicle down, resulting in less wear on brake pads, shoes, and discs. If you are leasing an EV through a business or salary sacrifice scheme, the government provides various incentives and tax benefits to promote EV adoption. When considering whether an EV lease is right for you, it's important to evaluate the total cost of ownership throughout the lease period to understand the overall affordability.

The number of charging stations is growing quickly, making it easier to find charging points in various locations. Many businesses, including shopping centers, car parks, pubs, and restaurants, are installing charging stations for the convenience of their customers. Furthermore, the government and other organizations are actively working to expand the availability of public charging stations.

Most electric vehicles are equipped with built-in apps in their infotainment systems that display nearby charging stations. Additionally, you can download a variety of apps from the Android and Apple stores, such as Zap-Map, Chargepoint, Plugshare, Podpoint, and BP Pulse. There are many other apps available, and we have a link on our website that provides a comprehensive list of all the charging systems and apps available in the UK.

Yes, electric vehicles are better for the environment, especially when it comes to our health. They produce zero tailpipe emissions and generate significantly fewer emissions over their lifetime compared to traditional petrol or diesel vehicles. Moreover, many electric utility companies use renewable energy sources like solar and wind power to generate electricity, which further reduces the environmental impact of electric vehicles.

Choosing the right electric vehicle depends on your personal, family, or business needs and preferences. Key factors to consider include the vehicle's range, size, and style, available features, overall lifetime costs, the availability of charging stations near your home and work, and your views on social responsibility and the environment. Two major factors often drive the decision to switch to an EV: potential cost savings and the positive impact on health and the environment.