> My understanding is that a Nissan Leaf is much much worse than a Bolt for road trips...
As a Nissan Leaf owner, yes. Because of CHADeMO (that is going to be a big problem in a few years, as existing stations fail and don't get replaced) and because of the passively cooled battery pack. I can do one DC fast charging no problem without much change in battery temps (CA weather). 2 or 3 in the same day? Might get toasty.
That said, all EVs have issues during winter(Tesla included, their EPA ranges are way overstated). It's just that, for a Tesla, it's easier to find a supercharger.
The consumption difference due to speed affects all cars, no matter their drivetrain. For ICE, that burns a hole in your pocket as it causes you to stop at gas stations more often.
re: winter range, my understanding is that EVs with heat pumps (including Teslas) tend to have much more efficient heaters than ones without heat pumps (e.g. Bolts).
re: speed and consumption, for sure. But because the Bolt's DC fast charging rate maxes out at a fairly lame 50-55 kW, and speeding => reduced range => more charging time required, so on a long Bolt road trip there's diminishing returns from speeding a ton. I suppose it depends a lot on terrain and climate though, since e.g. speeding can be more beneficial if it means you're running the heater for less time.
As a Nissan Leaf owner, yes. Because of CHADeMO (that is going to be a big problem in a few years, as existing stations fail and don't get replaced) and because of the passively cooled battery pack. I can do one DC fast charging no problem without much change in battery temps (CA weather). 2 or 3 in the same day? Might get toasty.
That said, all EVs have issues during winter(Tesla included, their EPA ranges are way overstated). It's just that, for a Tesla, it's easier to find a supercharger.
The consumption difference due to speed affects all cars, no matter their drivetrain. For ICE, that burns a hole in your pocket as it causes you to stop at gas stations more often.