I’d work on the basis of about 3.5 miles per kWh. So divide your average mileage by 3.5 and that’s roughly how much energy you will use.
Yes that will not factor in public charging but the vast majority will be charging from home. Likewise it doesn’t factor in any day time charging or pre heating.
So 10,000 miles is around 3000kwh or just under doubling your typical households energy use.
That’s why EV tariffs make sense. Plus the October cap is more than the current day rate on Octopus go, so if your not on it and you have an EV, you should really get on it now as it’s fixed for a year.
Yes that will not factor in public charging but the vast majority will be charging from home. Likewise it doesn’t factor in any day time charging or pre heating.
So 10,000 miles is around 3000kwh or just under doubling your typical households energy use.
That’s why EV tariffs make sense. Plus the October cap is more than the current day rate on Octopus go, so if your not on it and you have an EV, you should really get on it now as it’s fixed for a year.