That estimated range is based on its previous usage. Don't worry about it; just drive normally without risking a flat battery pack and the range value will creep up.
That’s great, thank you so much for replying!That estimated range is based on its previous usage. Don't worry about it; just drive normally without risking a flat battery pack and the range value will creep up.
That depends a bit. If the OP drives like a joyriding teenager it might go downjust drive normally without risking a flat battery pack and the range value will creep up.
To be honest I do sometimes have an issue with a heavy right foot! But, my daily drive is straight into the city of London and the speed limit is a heady 20mph and there’s cameras every 5 feet to make sure you abide by the rules. So there will be a mix of steady sensible driving, and the occasional increase in speed where safe and possible! I’m hoping it should even out over time. One other other thing I’d like to ask, I sit in a lot of traffic and was wondering if the battery is fetched drastically while I’m not moving? I would probably have the heating on low and my music playing via Apple car play. Cheer in advance gents.That depends a bit. If the OP drives like a joyriding teenager it might go down![]()
This is one of the best bits about driving electric. Whilst you're not moving there's hardly any juice coming out of the battery. It's mainly stuff run from the 12 volt battery (which is then topped up by the big battery). Mainly it's stuff like the AC and heating. On mine that will be the equivalent of 4 miles in an hour. So if you shut those off you're barely using anything at all. However, as I said, it's so small a drain that I wouldn't bother being uncomfortable just to save a few electrons. It ain't worth it.was wondering if the battery is fetched drastically while I’m not moving?
That’s so good to hear. Please forgive my spelling, damn autocorrect is a nightmare!This is one of the best bits about driving electric. Whilst you're not moving there's hardly any juice coming out of the battery. It's mainly stuff run from the 12 volt battery (which is then topped up by the big battery). Mainly it's stuff like the AC and heating. On mine that will be the equivalent of 4 miles in an hour. So if you shut those off you're barely using anything at all. However, as I said, it's so small a drain that I wouldn't bother being uncomfortable just to save a few electrons. It ain't worth it.
Another plus is you aren't putting out all those noxious gases whilst standing still.![]()
![]()
![]()
![]()
![]()
![]()
![]()
Thanks for that. Do you keep your car topped up everyday? Also, what EV do you have and if you charge it at home do you use a proper charging point or a standard plug? And lastly, how much does it cost for a full charge?If your drive home was mostly at 70mph+ then 115 miles is about right. I have a regular 90 mile trip and arrive with 10- 20 miles left in the winter.
Others will have their own view but I always recommend going for the 7 kW home charger. Once installed it lasts for many years and fits all modern EVs, using the type 2 connector. A grant is still available towards the cost of purchase and installation - not sure of you had factored that in with your figure. Wether or not you use the 3 pin plug or a 7 kW home charger, it is possible in many homes to switch to a special tariff for EVs, for example Octopus Go which gives a good day rate and four hours overnight at 5p per kWh. That means you can charge your car for just over 1p per mile of travel.Thanks for that. Do you keep your car topped up everyday? Also, what EV do you have and if you charge it at home do you use a proper charging point or a standard plug? And lastly, how much does it cost for a full charge?
I’m really not sure if it’s worth paying £450 for a charging point if running the cable through my window and plugging it into a standard socket does the job. What would you say? Thanks again to you all for your advice. I’ve only ever had standard engines cars so this is all very Greek to me despite all my research.
Mines 43 (ish) kWh. I have Octopus Go which costs 5p per kW for 4 night time hours (mine is 21:30 to 01:30). Works out at around £2.15, but it's rarely a full charge every night as there is always some left in.And lastly, how much does it cost for a full charge?
That’s great advice, thank you very much for taking the time to give it.Others will have their own view but I always recommend going for the 7 kW home charger. Once installed it lasts for many years and fits all modern EVs, using the type 2 connector. A grant is still available towards the cost of purchase and installation - not sure of you had factored that in with your figure. Wether or not you use the 3 pin plug or a 7 kW home charger, it is possible in many homes to switch to a special tariff for EVs, for example Octopus Go which gives a good day rate and four hours overnight at 5p per kWh. That means you can charge your car for just over 1p per mile of travel.
I had an e-Golf for 12 months and currently a Tesla Model 3. Sounds like you have made a wise choice for your journeys. I echo the sentiment of others - just put climate control on and at a comfortable level and enjoy the car.
That's pretty much the trump card if you're OK with the slight inconvenience.it’s totally free
Yeah, but probably no.before the grant is stopped and prices rocket.
The bold part may not be such a great idea. Car batteries don't like to stay for long times above 80%. Neither do they like going under 20%. Cars usually have a limit to prevent you from damaging your battery, but charging fully every day if you do such low mileage will still probably end up damaging your battery in the long run.That’s so good to hear. Please forgive my spelling, damn autocorrect is a nightmare!
My journey is only 12 miles and I intend to keep the battery charged on a daily basis, just in case I may need it. So I’ll definitely need to be keeping the heating on and the comfortable amenities on.
very much looking forward to many silent and clean miles of driving.