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Electric Vehicles with Vospers

With substantial government investments into the development of electric vehicles (EVs), and the installation of nation-wide charging stations, there is a clear message that going electric is the future of motoring. Despite rising energy prices, electric cars are still enabling drivers to save around £800 per year compared to petrol and diesel cars, via a combination of tax reductions and fuel costs.

There has never been a better time to go electric!

The Benefits of Buying Electric

As EVs become more mainstream, the manufacturing costs are dropping rapidly which means more varied models can be launched at competitive prices. There are a wide variety of benefits for drivers making the switch to electrified vehicles including the environmental impact but also the financial savings to be made on fuel, tax, and maintenance costs - electric vehicles could help you save significantly in the long-term. For example, on a cost per mile basis, a fully electric car could cost you just a quarter or even less of what a traditional petrol or diesel car might - the savings quickly add up!

  • Greener
  • Faster
  • Cheaper to run

  • Convenient charging - Charging your EV at home with a 7kW charging unit is arguably the most efficient way to keep your battery ready to go. Compared to the three-pin chargers, commonly used in public charging stations, these are typically more economical. Home charging units are also more efficient, as they reduce charging time and better protect the life-span of your battery.
  • Tax benefits - you won’t pay road tax on EVs until April 2025, so the faster you switch the more you could save. Even then, the tax is likely to be only £10 in 2026 and then capped at the standard £165 VED rate from 2027 onwards.
  • More torque

Types of Electric/Hybrid Vehicles Explained.

MHEV: internal combustion engine and electric motor combined. The battery is charged by the internal combustion engine and by regenerative braking. It does not allow to drive in all-electric mode.

HEV: internal combustion engine and electric motor combined. The battery is charged by the internal combustion engine and by regenerative braking. Battery performance allows for short trips in all-electric mode.

PLUG-IN HYBRID: internal combustion engine and electric motor combined. The battery is also charged from an external source (charging socket) and through regenerative braking. Battery performance allows long journeys in all-electric mode.

BEV: traction is provided exclusively by an electric motor. Driving is electric and charging is achieved only through an external source and regenerative braking.

REEV: has a small petrol powered generator to recharge the battery and allow extended range when the battery level is low.

Electric Vehicle FAQs

Can I charge my vehicle at home?


Charging your electric car at home is the main charging option for most EV owners. It's important to be on the best home energy tariff to keep this cost as low as possible because the cost of charging will be included in your normal electricity bill.

How much charging costs will depend on the amount of charging you do, the type of charger you have and also how much you use public charging.

How much does at home charging cost?


The cost of installing a home charge point is around £1,000 but with the Office for Zero Emission Vehicles (OZEV) grant, you could reduce the upfront cost by up to £350.

Before you get an electric vehicle, you may want to think about how it will impact the cost of your home electricity bill. For instance, if you travel 8000 miles per year in your car, this might equate to around 2800 kWh of additional electricity on your yearly bill if 1 kWh equals 3.5 miles. Therefore it pays to look for the right energy tariff.

For example, you might want to look at off-peaks prices, as many energy companies offer lower electricity prices at night when the demand on the grid is reduced and energy prices are cheaper. Another thing to consider is the number of off-peak hours available to charge your electric car. If for instance you own a Tesla Model S with a 100 kW battery, the charging time will be greater than a Renault Zoe with a 30 kW battery. Therefore, you might want to look for a tariff which offers longer off-peak charging periods.

What affects the range of an all-electric vehicle?


There are many factors that can and will affect the range of an all-electric vehicle. We have summarised some useful information on the topic of all-electric vehicle range in a short "What you need to know" with content sourced from Ford UK. Read more here.

Other Electric Services Got a question or need help with an electric vehicle? If you're looking for your next vehicle, our teams across the country will be happy to assist to help meet and exceed your requirements. Click on the link below to get in contact with your local retailer.