To average 200 miles in winter requires efficiency of about 4 mi per kWh, assuming the trip starts at 80 percent SOC. Given Midwest temperatures and even a modest highway speed of 65, that’s a stretch.
To average 200 miles in winter requires efficiency of about 4 mi per kWh, assuming the trip starts at 80 percent SOC. Given Midwest temperatures and even a modest highway speed of 65, that’s a stretch.
Fair point. But recent experience on 700 mile round trip at 20 degrees F leaves me highly skeptical of any claims of >3 mi/kWh at even modest highway speeds.Why on earth would you start a preplanned trip of 200, or more, miles, with an 80% charge?
I love my Bolt because it’s zero emissions and not because it’s zero impact, which no manufactured product can be. btw, I’m sure there are more than a few academic papers on this topic, if you’re interested.I have often wondered about this. What with the mining needed to produce the minerals needed for the batteries and the rare-earth elements to produce magnets for the motors, are EVs actually cleaner? Yes, tailpipe emissions are eliminated but are these gains lost to other processes?