Just ran into this thread. I just made a deposit on a Chevy Bolt. My primary reason is to reduce the price of my commute which is $25K miles each year. A second benefit will be to keep the miles off my Tacoma which is the vehicle I plan for my year-long cross-country trip.
As a thought exercise, I've been playing with the idea of how would a Chevy Bolt work for a long-distance trip. I think once the Tesla supercharge network allows all EV models to charge long distance travel becomes possible (combine Tesla and non tesla DC fast chargers).
This exercise took me to a place where I ask "What happens if I'm out of battery...whats the backup plan?". The Bolt uses 1KWH to drive 3.5 miles. If you were to carry a Honda EU2000 generator with 1.1 gallon of fuel in the tank you could run for about 6 hours (at 8 amps) which translates into 21 miles of range. BUT....power consumption is based on speed which is a non-linear relationship to energy usage. So the 1KWH for 3.5 miles is at 65MPH. In a pinch you could reduce speed to like 45MPH where some folks claim about 5.5 miles per KHW....thats 35 miles of emergency range in a single tank of generator fuel. Obviously, terrain and roads would greatly affect all this.
Personally, I do think we are on the brink of a major disruption in transportation. EV's will be cheaper to manufacture when everything is scaled up. I don't think prices will go down, but automakers will elect to keep them the same and make more profit.
Random thoughts....