Thank you. I would have a NEMA 14-50 (40 or 50 A) to plug in at night and could schedule charging for whatever is best.
My office would only have a 120v outlet and is 38 miles from my house, so 76 miles round trip. I can drive 55 on the beltway on 95% of those miles.
Have you experienced 50% loss in winter? I thought it was in the 25-30 pct range?
If I assume 50% loss in winter, assuming 150 miles at 90 SoC, I would likely not make it home.
Can I upgrade to 75 kW on a 2013 S60?
Thanks!
My numbers were extremely crude, likely worst-case approximations. Maybe 80%+50% too pessimistic... Maybe not.
If you're 100% sure you will always plug in overnight, and if you can plug in at the office to keep the battery warm, you'd probably be fine.
If you've got some degree of freedom over your situation, such as having another car or a work situation where you can work from home on terrible days, you're probably fine. If you're expected to be at a specific place at a specific time every single time, I'd worry about being so close to the edge.
Others who have actually done it will probably give you better advice. I just walked you through the decision making process I went through for my getting my tesla. For instance, I have a 10 mile commute over very slow surface streets, I live in boston, and I have to park my car outside, and I can't easily install a high-current L2 charger (I'm using a 240v/20amp circuit at home). I have L2 charging somewhat available at work but there are 40 other EVs so I can't rely on it to keep the battery / car warm. I can also work from home. I was thinking I'd be able to get by with a 70 but was more comfortable with the "big block" instead.