I need a new car, and I really want to go full electric. I’m wondering if anyone regrets buying one? What are the downsides?
Last time I had to buy a new car was 2022.
Based on my driving habits and needs total cost per km driven was 3 times as high for electric.
Most of it being purchase price of the car. There were no used electric cars that has the winter time range so I had to compare a used gas vs new top of the line electric.
No regrets, but I do acknowledge that it’s very different and has different challenges. The usual worries before buying about range, mileage, battery drainage, top speed, maintenance fees, towing capability etc, do not actually exist. I understand why people worry, but no, they are not actual issues.
In reality: Software. That’s an issue. Car mechanics do not know how to service software. Doesn’t matter if it’s a subscription to a service or a mandatory but malfunctioning pressure valve, it’s software and they don’t know about it. It usually not a serious issue, but it might be, especially for cars with a lot of gimmicks and shit. This issue also exist with new fossil fueled cars as well. For most part, it can be ignored.
The charger at home may be an issue. (Maybe i. Europe mostly?) Some cars only accept voltages with a very low resistance. Both Renault and Tesla require a better grounding than the building code in most countries. It’s not costly to fix, and it’s a one time fix, but it may be a surprise…(that you need to expand on your electric circuit just for this), but you should have done anyway).
I will acknowledge that range is a downside. Not in everyday use, but for longer trips, you will have to plan your trip according to charging. It has never been an issue for me, because I generally never drive that long without pause anyway. Time it to to your breaks is all there is to it.
For a comuter car with home charging, you will have absolutely no issues in switching. It does have many more surprising positives than negatives. Like, never having to set foot on a gas station. Never mind the cost, but the time spent on going there or stopping on your commute to do it, or holding the nozzle in the cold, or being tempted to buy stuff in the convenience store etc. In comparison, I go home and plug in to charge my car, exactly the same way that I charge my phone, so it’s ready for the next day. It’s not difficult at all. It might take 30 secons and more often than than fueling but it’s still much faster than stopping on the road, gas or not.
Only actual real downside for me is that I’m also a cheapskate. I prefer to time my charging to the variable electricity prices, but not everyone has that option and it’s completely voluntary… I’m not sure if it’s worth it. Sure, i save a few bucks, but the hassle of it is real. I am considering changing to a subscription model instead, just to avoid worrying about it.
The best advice that I got before buying was: “Just drive it”.
Don’t think about it: It’s a tool, use it. In a lot of ways an EV is much better suited for that, because you only need to worry about it being ready to use. You probably never thought of that for your ICE car, because you’d do refueling and other fluids on the road. If you fuel at home, you’ll also have to refill your sprinklers and remember to wash it every now and then… Maintenance is home based, not on a station.
There’s a whole lot of benefits to it as well, but you didn’t ask for those, and I think you should just go test drive one to see for yourself.
Tesla require a better grounding than the building code in most countries
Is this a European thing too? I’ve never heard of this limitation in the US, and I certainly didn’t have to get anything changed. I’m curious about the details
Yes it’s country specific, but more about old houses.
In my case the building code says the ground should have an impedance of maximum 1666 ohm. My installation was already grounded and had about 400 ohm.
The charger guidelines says 200 ohm, however the car refuses to charge on anything over 100 ohm. I had an electrician add a new ground spear, bringing the impedance down below 1 ohm.
The building code in USA already recommends 25 ohm, so it shouldn’t be an issue if the installation is up to date.
TIL … thanks
Short answer no. I now have two in my house. VW ID4 & ID3. So nice to drive, cheap to run and the maintenance costs are basically 0.
You haven’t replaced the tires?
That’s still super low cost compared to all the regular repairs a combustion engine needs, especially when you consider that combustion cars also need tire replacements, just a bit less often
regular repairs
Are you driving an alfa romeo? An engine is just a part of a car that needs service and there are ICE cars with 500kkm on them that only had their oil and maybe a timing belt replaced. Neither is an expensive thing.
The electric cars also have suspension, brakes, comfort systems etc. And those need fixes or maintenance just as often if not more often then the engine (especially with more electronics and smarts these days). The electric propulsion system also isn’t a simple thing and I bet with enough time there are going to be brands or models to avoid because of expensive battery/drive train component failures.
That being said an electric brushless motor has much less mechanical complexity than an ICE. But saying that EVs are going to require significantly less maintenance needs to wait till we see twenty year old electric cars with hundreds of thousands kilometers on the odometers.
There’s no way you’re driving 500,000km in an ICE without replacing stuff like spark plugs, clutch, alternator, filters, sensors.
I’ve driven a diesel Renault for 12 years (loke 300k km) and didn’t need to replace any of those. The only big unplanned cost I had was a faulty EGR valve, which happened at 600km and wasn’t warranty for some reason.
That said regular oil change for clutch and brakes were mildly expensive, but I guess even for EV you’d want the brake hydraulics replaced the same way.
Edit : just spotted filters. Yeah I replaced every filter every service, but with how grimy they look, even in EV I’d argue for replacing them.
Replacing brakes on an EV should be much less frequent, since regenerative braking doesn’t use the brakes
Funnily enough I heard mechanic friends say that EVs need the brake rotors replaced more often than combustion cars, because the EVs use the brakes so infrequently that the rotor just rusts so badly it needs replacing.
