Some people are very defensive on the subject, and automatically label you as a hater if you aren’t waving an EV flag. I was thinking about buying one almost 5 years ago and even had power run to my father’s old work shop on a separate meter. My hope was that that I could drive down, charge overnight and come home. Yet asking what I felt were valid questions, both here and elsewhere got me nothing but attitude. I was asking things such as how much do running things like wipers, defrosters, and headlights affect range. It’s just 200 miles from my driveway to my mother’s, which seemed to be maximum range at the time. How much does speed affect range? I usually travel between 70 & 80 most of the 200 miles.
Really only get defensive of ignorant comments from those without first hand experience spewing the latest clickbait.
I’m a supporter of many of the fuels gas, diesel, electric, 100LL, what else? All seem to serve there purpose for me.
Re: your questions that went unanswered. For my type of driving, mostly highway and longer commutes with some mixed in city the range on the Tesla is BS. Listed at 360miles.
That may be true for some 55mph flatland situation, but not my driving style.
My commute is probably 10% city, 10% some freeway traffic a portion of which is stop and go depending on hour, 60% 75-83mph large freeway, 15% 60mph small state hwy, 5% gravel road and neighborhood. Ask me tomorrow and my percentages will be slightly different. Majority highway - high speed however. Texas, relatively flat, 300-400’ elevation change max. Outside temperatures 15F - 110F. Cabin temp 68F. Driving style- get out of my way while I’m in the left lane.
Real range is in the 80-85% of rated for me. Somewhere around 300miles if I was to charge to 100% (never do, set at 90%, because I don’t need the range for my typical mission).
My average usage is in the 320 watts / mile range. Pretty easy math.
Car will give you an update as to how different things effect range, HVAC, battery conditioning, driving style, elevation, etc… unfortunately, my last run was a quick run to town and not a longer commute so the data isn’t really very good. I’ll try and get a shot after a typical commute trip and post.
There is some range impact on cold mornings, using an additional 2-5% battery over 110 miles say down into the 20s for temp. I believe that earlier model Tesla’s with resistive heat were more impacted, but these heat pumps seem pretty efficient.
Now this is also impacted by the fact that my car is preconditioned automatically before I leave in the morning. Battery, cabin, etc are up to temp. I’d expect a percent or 2 more usage in cold if it wasn’t preconditioned.
In the summer heat, I notice no range impact.
Lights, radio, other electronic gizmos in car, no noticeable impact, these loads are so insignificant compared to a 100kwh battery. The battery storage capacity is more than a typical house uses in a day. The power user is the driving.
200mi 1-way to your mothers would be nothing to worry about. BUT you are going to have to charge to get home. 15 minute stop at a supercharger. If you made this trip every day, I’d think that would be inconvenient and not a good fit. If it was once a week or less often, fine. Personal preference. In 40,000+ miles I’ve never been to a public charger. I have other vehicles for longer missions (also longer missions generally mean towing for me)