Frequently asked questions about our product

Whats is the Benefits of Electric Vehicles?

When comparing EVs against your standard combustion engines (petrol and diesel) there are several benefits.

You are helping the environment by reducing your CO2 contributions.

Electric cars are faster on acceleration, Tesla has proven this with their Ludicrous mode

Cheaper to run as its cheaper to charge a battery than it is to fill up at the pump. Plus servicing is cheaper as EV cars have fewer moving parts.

No more visiting fuel stations. Just charge your battery when you’re not using your vehicle at your convenience

Electric cars will soon be the same price as buying a combustion engine car. As the government pushes to reduce emissions.

What is the ranges of Electric Vehicles ?

There are many new electric cars in the automotive market in the UK, every year a new car brand will launch a brand new model or an updated model. Car manufacturers are constantly working on solving the issue of battery range. In the current electric car market, there are the following cars that are ranked by the longest range.

Tesla Model S – 375-miles
Tesla Model 3 – 348-miles
Tesla Model X – 315-miles
Jaguar I-Pace – 292-miles
Kia eNiro – 282-miles
Mercedes EQ C – 280-miles
Hyundai Kona EV-279-miles
Audi e-Tron – 249-miles
Nissan LEAF e+ – 239-miles
BMW i3 – 193-miles
Renault Zoe – 186-miles
Hyundai Ioniq – 174-miles

How Much To Charge An Electric Car?

There is no one answer that covers this question. It all depends on if you charge your EV at home, work or use a public charging station. We will base our answer on a typical electric car that uses a 60kWh battery, with a range of 200-miles. For the electricity rate, we will use a UK average of 14p per kWh charge to show you what your EV car could cost to charge.

Home Charging: Full charge at home costs £8.40

How long does it take to fully charge my car

The load is supplied according to the power of the on-board charger

For example, a 7kW AC electric vehicle charging pile is used to charge an electric vehicle with a charger power of 6.6kW. The power is 6.6kW. Assuming the battery capacity is 41kWh, the charging time is about 7 hours.

Electric vehicle battery pack capacity / actual charging power = charging time