With rising Electricity costs, charging your favorite electric car has become a bit of a serious matter that requires consideration. We have designed this simple EV / Electric car charging cost calculator that can assist you in planning your finance and journey better and in making sound financial decisions.
you might also want to have a look at our handy collection of calculators which are excellent tools for journey cost approximation as well as comparing journey cost for both electric or petrol/diesel cars.
Electric car range calculator.
journey cost comparison between electric cars and petrol-diesel cars
FAQ – EVs Charging Cost
Are EVs really cheaper to run than Fossil or conventional-fueled cars?
Electric vehicles (EVs) are generally cheaper to run than fossil fuel-powered vehicles, but the extent of cost savings depends on various factors such as the cost of electricity and gasoline, the efficiency of the vehicles, and the driving patterns of the owner. In terms of fuel costs, electric vehicles are generally cheaper to run than conventional-fueled cars. This is because electricity is cheaper than gasoline or diesel on a per-mile basis. However, the actual cost savings can vary depending on the electricity rates in your area and the fuel efficiency of your vehicle. In addition to lower fuel costs, EVs also tend to have lower maintenance costs than conventional-fueled vehicles. This is because they have fewer moving parts and don’t require oil changes or other regular maintenance associated with internal combustion engines.
What are Rapid EV chargers and how and where they are used?
Rapid EV chargers, also known as fast chargers, are a type of electric vehicle (EV) charging station that is designed to provide a quick charge to an electric vehicle’s battery. These chargers typically use a higher voltage and amperage than slower chargers, allowing them to provide a rapid charge in a shorter amount of time. There are several different types of rapid EV chargers available, but the most common types include:
- CHAdeMO – This is a fast charging standard used by some Japanese automakers, such as Nissan and Mitsubishi.
- Combined Charging System – This is a fast charging standard used by most European and North American automakers.
- Tesla Superchargers – These are Tesla’s proprietary fast chargers, designed specifically for use with Tesla vehicles.
Rapid EV chargers can be found at various locations, such as along major highways, in parking lots, and at public charging stations. They are typically located in high-traffic areas where EV owners are likely to need a quick charge, such as near local supermarkets, motorways, or tourist destinations.
Can we charge EVs at home?
Yes, electric vehicles (EVs) can be charged at home, provided that you have access to a power outlet and a compatible EV charging port. In fact, many EV owners choose to charge their vehicles at home, as it is often the most convenient and cost-effective option. To charge an EV at home, you will need one of the options below:
- Charging station installed in your garage or driveway. Level 2 charging stations are the most common type used for home charging. This type of charging station would normally involve installation costs.
- Use the mains AC outlet with the factory-made EV charger for your car – Connect it to the AC outlet and the other end connects to your EV – This is the slowest method by far –
Bear in mind whichever type of charging station you use, home charging is always going to be more time expensive as compared to commercial charging stations.
What would be the charging time for a 50 KW EV using a single-phase home charger?
- Case 1 – EV has a battery capacity of 50 kW and the home charger is a 7 kW Three-phase charger, the charging time would be approximately 7 hours.
- Case 2 – EV has a battery capacity of 50 kW and the home charger is a 3 kW single-phase charger, the charging time would be approximately 16 hours.
What would be the cost of charging an EV with a battery size of 50 KW when an electricity unit costs 55 pence?
Let’s assume the efficiency of the charging process as the best-case scenario of 90%, typically around 80& to 90%.
50 kWh / 0.9 = 55.56 kWh, To calculate the cost of this amount of electricity, you would multiply it by the cost per unit:
55.56 kWh x 55 pence/kWh = £30.56
What would be the cost of charging an EV with a battery size of 100 KW when an electricity unit costs 55 pence?
Let’s assume the efficiency of the charging process as the best-case scenario of 90%, typically around 80& to 90%.
100 kWh / 0.9 = 111.11 kWh, To calculate the cost of this amount of electricity, you would multiply it by the cost per unit:
111.11 kWh x 55 pence/kWh = £61.11