Charging away from major interstates in the Midwest is very very very iffy if you aren't in a Tesla, and if you ARE in a Tesla it can get iffy if your destination doesn't have a home charger.
For US people, a 500 mile car really is where the sweet spot of convenience is becausee:
1) you're not going to charge it all the way up (unless you have LFP chemistry), so knock 5% off of it
2) you're battery will lose 10-20% range over the lifetime of the car, so we'll take off 10%
3) Winter can knock another 10-20% off of range
4) and of course since you need to plan ahead to the limited stations, you can assume you'll not want to get to the "vapors" and assume 10% is less.
5) fast charging is only to 80% anyway.
Suddenly, your 500 mile car is really a 300 mile effective range.
We really need some sort of range extending trailer or similar simple scheme.
I'm really disappointed there isn't any 50-100 mile all-electric range PHEVs ono the market. This is perfect for electrifying all my short and medium range trips, but makes the long distance a seamless experience until charging stations are up to snuff.
If the hydrogen lobby (not that I like them) had any sense they would have pushed fuel cells + 100 mile battery as an effective compact PHEV format (since IIRC fuel cells can use gasoline), that would have developed the fuel cell economies of scale, but since hydrogen and BEVs are mortal enemies, not likely to happen. I also had hopes that the "inside out rotary" patent from a few years ago or Mazda engineers would cook up a very compact rotary recharging engine, but alas that never came to be.
Toyota was the company best poised to do this format of car (arguably should have been working towards this since the Prius was introduced in 1997), but they were so ossified and fat from being at the top of the automotive industry for 40 years they sat on their hands as the entire BEV revolution passed them by. We'll see now that Toyoda is retiring...
I've done several 2000 mile road trips in a 320 mile range EV. That's a 225 mile range 10%-80%. IOW just over 3 hours. I know I can drive longer than 3 hours without stopping for food, coffee, a bathroom or sleep, but I don't wan't to.
On a short road trip you can drive for 5 hours without stopping because you recover at your destination, but on a long one it's so much nicer to stop regularly.
Adding the complexity of a range extender for trips in the 3 - 5 hour range just seems silly.
If you really want a power-dense engine, teh two stroke opposed piston opposed cylinder is an interesting option.[0]
As for range-extending trailers, Tesla cofounder J.B. Straubel had it right. The last time I linked to his "pusher trailer" the response was surprisingly close-minded for HN. The reasoning was (paraphrased) "I don't believe it because I don't trust the builder that it works because I don't believe it."[1]
I'm about as pro-EV as it gets and solar/wind.
Charging away from major interstates in the Midwest is very very very iffy if you aren't in a Tesla, and if you ARE in a Tesla it can get iffy if your destination doesn't have a home charger.
For US people, a 500 mile car really is where the sweet spot of convenience is becausee:
1) you're not going to charge it all the way up (unless you have LFP chemistry), so knock 5% off of it
2) you're battery will lose 10-20% range over the lifetime of the car, so we'll take off 10%
3) Winter can knock another 10-20% off of range
4) and of course since you need to plan ahead to the limited stations, you can assume you'll not want to get to the "vapors" and assume 10% is less.
5) fast charging is only to 80% anyway.
Suddenly, your 500 mile car is really a 300 mile effective range.
We really need some sort of range extending trailer or similar simple scheme.
I'm really disappointed there isn't any 50-100 mile all-electric range PHEVs ono the market. This is perfect for electrifying all my short and medium range trips, but makes the long distance a seamless experience until charging stations are up to snuff.
If the hydrogen lobby (not that I like them) had any sense they would have pushed fuel cells + 100 mile battery as an effective compact PHEV format (since IIRC fuel cells can use gasoline), that would have developed the fuel cell economies of scale, but since hydrogen and BEVs are mortal enemies, not likely to happen. I also had hopes that the "inside out rotary" patent from a few years ago or Mazda engineers would cook up a very compact rotary recharging engine, but alas that never came to be.
Toyota was the company best poised to do this format of car (arguably should have been working towards this since the Prius was introduced in 1997), but they were so ossified and fat from being at the top of the automotive industry for 40 years they sat on their hands as the entire BEV revolution passed them by. We'll see now that Toyoda is retiring...