AnxietyRanger
Well-Known Member
A car with the 100D's acceleration might get say 22mpg EPA highway rating. Versus the EPA range rating for the 100D of 335mi, that's equivalent to having over a 15 gallon tank. I think "way, way shorter" is hyperbole. Maybe if you drop the performance equivalence requirement and compare to a 40mpg car with a 30 gallon tank - but otherwise...
A word of caution about comparing to "the average German automobile":
I compare my real life experiences. I've driven many premium Germans for around 15 years and high-end Teslas for three years. I know what they deliver.
Way, way shorter in this case means roughly half the range. I consider that way, way shorter. The acceleration is a red herring, no BEV and ICE have truly comparable performance anyway, the technologies are different and their strong points as well. But even when considering that, the reality is, practical ranges are different at the moment.
My Teslas take me perhaps 250-350 km on a charge depending on weather and speed. This was the same with the S P85 and it remains pretty much the same with the heavier X P100D. It is not a question of acceleration, it is a question of how large batteries can be put in today's cars and what the energy density is. Even if I baby the cars, they will still not reach anywhere near ICE levels of range.
A fuel tank simply packs more range as things stand today. Pretty much all of my recent (German) ICEs have had 600+ km range, some over 800 km. (And of course the most frugal diesels can reach 1000 km, but I'm not talking about them.)
And if we return to that acceleration red herring, show me a BEV that has a 1000 km range. It can have slow acceleration, that's fine. You won't find one, because the acceleration is beside the point. BEV is easier to make accelerate fast from 0, ICE is easier to make with a long range, that is just the nature of the technology at this time.
Yes, I continue to stand by my opinion that BEV range remain way, way shorter than ICE.