Comment Re:usable range vs maximum range (Score 1) 227
Always good to hear from those with actual experience. My own experience is limited to a 2011 Nissan Leaf I bought used, to learn for myself the pitfalls of EV ownership. I am decent at hypermiling, and have pushed that Leaf up to 4.1 miles per kWh (.244 kWh/mile), but this is almost all on city streets, rarely exceeding 40 mph. I doubt it can manage
194 miles of usable range? Okay, so on a long trip, let's say you manage 200 miles between charges. 200 miles at 70 mph, then sit for half an hour to fast charge to 80%. (Assuming that finding a charging station is not a problem, which may be too much of an assumption.) That works out to 3 hours 21 minutes to cover 200 miles. So, 10 hours and 3 minutes to cover 600 miles. A typical gas burner goes 300 miles between refuelings, and refueling takes perhaps 10 minutes. At the same 70 mph speed, the gas burner needs just under 9 hours to cover that same 600 miles.
Okay, so the Tesla can do a road trip, but it's a little slower. If it is 150 miles between rechargings, then the Tesla would need an additional charging session to cover that 600 miles, making it 10 and a half hours. That's closing in on the straw that breaks the camel's back, so to speak. The trip that can barely be done in one day in a gas burner, but can't be done in one day in a Tesla, is a problem. Having to spend an extra night in a motel room is a deal breaker.