Ski RV's, who's sleeping in parking lots?
Quote:
Originally Posted by
Huskier
I did some light math. Truck camper with pretty modest assumptions increases power consumption required to travel at 65 mph by about 65% (coincidentally)... Taking an EPA rating of 320 (again, ideal). Down to about 210. Modify a few of those assumptions and 225 doesn't actually seem impossible.
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What about payload and gear? Or just replace/reinforce springs/dampers and F it?
If you embark on this grand experiment I’ll be keenly curious. I’m not an EV hater, but I probably am pigeonholing their applications based on old tech, as my two vehicles are a fairly degraded 2016 LEAF 30 kWh and a 2013 F250 crew cab 6.7ft bed, it’s like owning 70mm waxless skis and Praxis Protests and nothing in between, lol! The resistive heater on the LEAF saps battery this time of year - I do have a heat pump equipped but it’s fairly worthless below 40-45F. While your Tesla is generations ahead, I’m skeptical on the wind drag and tech in the Lightning, but I would love to be proven wrong. One thing that’s really interesting is how in an ICE vehicle, the engine itself is so inefficient that changes in drag (wind, rain, road surface, vehicle speed) do affect the fuel efficiency but not by that much … not so in the LEAF, as rainwater shows up as a serious (10%?) hit in load and driving range, 35 mph gets more than double the range of 65 mph, winter range with my heater going is like 65% of summer range, etc. When the vehicle itself is very efficient, and also poorly equipped in energy density, you really notice things like that.