If you use a residential charger, Tesla doesn’t fully charge under 36 hours unless you heat your garage because Tesla needs to heat the battery pack and batteries don’t charge well when it’s cold.
Supercharger is slow also, and it’s super bad for your battery when it’s cold.
You only get 55% of the normal range even when charged to full.
You lose about 2% every hour you have it parked outside. This is because Tesla needs to heat the battery pack to maintain its charge, and to heat the cabin a little bit so things don’t break inside the car.
Tesla has no thermal insulation at all, it’s an open design that maximizes heat transfer. Cars like Mercedes Benz have closed chambers, or tubes, where as Tesla is sheets of metal and empty space.
Also, heat pump doesn’t work in Canada because it doesn’t work much below freezing. We use electric furnace, which is much less efficient. We need all that ambient heat when it’s -32 F out there.
Wow you managed to get allmost all of that completely wrong 🥳
Residential 11 kW charges will charge the car from 0 to 100% in 5-6 hours.
Supercharging will charge newer Teslas at 1000-800 mph from 0-50%, then drop to 500+ mph over the next 20%. The main issue with supercharging literally is getting back to your car before idle fees incur at 100% charge 😅
Typically, one will charge for 10-15 min every 150 miles.
The only problem with charging cold batteries is the charging speed. Fast charging is always tough on batteries but only possible if they’re hot - which is why Teslas automatically preheat the battery pack on the way to the next SuperCharger.
What’s with that 55% range BS? How do you even come up with such nonsense?
I drive 80% advertised range in winter at 70-80 mph and 150% advertised range in summer at 50 mph. That’s how electric vehicles work because they turn almost 100% of the energy stored into kinetic energy - whereas a fossil fueled car one transforms 1/7 of the energy stored into kinetic energy as the rest is lost to heat before it even reaches the wheels!
Losing 2% while parked? I just now realize you’re a troll 🤦🏽♂️
Anyway, sticking to sunk cost fallacy, I’ll keep refuting your claims: I lose 0% in a week of being parked in Scandinavian winter weather. I can elect to turn on Sentry Mode which is an extra surveillance system guarding the car’s exterior by means of AI monitoring 4 of the 8 exterior cameras, and that will consume around 300 W while active in a crowded are.
I’ve never been in a car as insulated as the Model 3; keeping the AC off is literally impossible 9 out of 12 months (and again: I live in Scandinavia).
Preheating from below freezing to toasty takes a couple of minutes and expends less than 1%.
The heat pumps work fine in the winter here but don’t really make that much of a difference; the car has plenty juice to just be using the regular old “hairdryer” style heating with no noticeable adverse effect.
All in all, Teslas have plenty of issues, but the ones you mention are none of them - and thus merely shows you for the troll you are 😉