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Benefits of Electric Cars and Choosing the Right One

Electric Car Benefits

Electric Cars are superb to drive with instant acceleration and a low centre of gravity which means electric cars are great fun to drive and very easy to handle. Electric cars are significantly cheaper to run than a petrol or diesel and cheaper to tax and use in cities. With less moving parts they are therefore cheaper to service. Electric cars are also considered to be an extremely environmentally friendly mode of transport.

  • Virtually Silent
  • Instant Acceleration
  • Easy to Operate
  • Cheaper to Power
  • Cheaper Tax
  • Cheaper to Service
  • Environmentally Friendly
  • NCAP safety ratings are all 4 or 5 star


Cheaper To Run & Maintain.

Per Year Electric Car
(e.g. Nissan Leaf)
City Car Petrol
(e.g. Vauxhall Corsa)
Family Car Diesel
(e.g. Ford C-Max)
Sports Hatchback
(e.g. Mini Cooper S)
Fuel costs per 10k miles £690 £1,620 £1,850 £2,040
Servicing costs £200 £220 £300 £342
Road Tax £0 £165 £220 £165
Congestion charge
(12 London trips)
£0 £180 £180 £180
Total cost per year £890 £2,185 £2,550 £2,727
Price per mile £0.08 £0.21 £0.25  £0.27


Choosing the Right Electric Car for you

You will need to look at two things when considering the right electric car for you range and budget. You could consider the Hyundai IONIQ 6 Long Range which can take 295 miles before needing a top-up and has everything you would expect from a luxury car including a price tag of £47500 new. You may consider one of the first electric vehicles to come onto the market the Nissan Leaf 24Kwh which starts (pre-owned) at around £7000 and will cover up to 109miles between charges. The Nissan leaf is also now available with a bigger 59kWh battery, which now can offer you 210miles.

(Electric Vehicle)
(Plug-in Hybrid Electric Vehicle)
(Hybrid Electric Vehicle)
Fuel Electricity Electricity and Petrol Petrol
How they work Powered by an electric motor.  The battery is charged when plugged into the electric grid. Powered by an electric motor and a petrol engine. The battery is charged when plugged into the electric grid and gives around 20 miles of electric driving. The car switches to its petrol engine when battery charge is low or power demands are high. Powered by a petrol engine with the capability to switch to an electric motor when power demands are low. The battery is charged by the petrol engine.
Regenerative braking Functionality built into EVs, PHEVs and Hybrids enabling the car’s battery to be topped up with charge during braking.
As the accelerator pedal is released a braking effect is achieved by the motor switching to charging the battery rather than powering the car.
This extends the battery range between charges and reduces wear and tear on brakes.
Emissions and air quality Zero (local) emissions. Zero (initial) emissions.
Overall a lower emission car
than a conventional petrol powered vehicle.
Emissions are only lower than a conventional petrol vehicle when in city and traffic conditions.
Popular models BMW i3
Nissan Leaf
Kia Soul EV
Renault Zoe
Mitsubishi Outlander PHEV
Mercedes C350e
BMW X5 40e
Volvo XC90 Twin Power
Audi A3 e-tron
Toyota Prius
Hyundai Ioniq
Lexus range
Infinity range
Running costs Higher initial price
offset with very low fuel, servicing and tax costs.
Higher initial price due to twin technologies,
no savings on servicing costs, lower taxation.
Lower initial price but limited savings on fuel, servicing and taxation costs.