Boy, I've got some catching up to do on this thread!
Let's think about this in terms of a car that nearly everyone owns today.
What would your response be if the utility came to you and said:
"We are going come to your house and drain some fuel out of your car occasionally. We may or may not replace it at some later time, but if we empty your tank we'll give you a credit on your next bill at whatever we determine the going rate to be."
Do you really think that this is an acceptable business model? Why or why not?
My brother has a few Tesla PowerWalls and a large solar array on his house, and he has a pretty sweet deal with the power company. It isn't "whatever we determine the going rate to be"... It's a predetermined fixed fee, he kicks back 3kWh to the grid from his battery and gets paid nearly $37 each time. That's 100 *times* what I pay for power. Then he recharges it from solar for free.
So yeah, if someone offered to come to my house and drain gas out of my car at $300/gallon, I'd take that deal.
That would still work for my application. I think my uncle probably averaged 3-5 miles on his truck per day at the ranch.
Even if solar on the vehicle would work for your application, it'd still be cheaper and easier to have stationary solar and plug the truck in. On-vehicle solar is unlikely to ever be worthwhile for much more than a few niche use cases.
My question is this, if these EV's are so super awesome, why do we need to incentivize people to buy them? Shouldn't they just, you know, sell themselves?
Early on, the reason for incentives is to encourage enough adoption that the manufacturers can pay off their R&D costs in a reasonable amount of time by making consumer prices close enough to parity that unit sales are sufficient to make the R&D investment worthwhile.
Thing is, we're well past that point now. EVs have been coming out on top in lifetime costs for several years, and in some cases have even reached purchase price parity. There's no reason for incentives to still exist.
My decision, as expressed in a Facebook post:
Bottom line: $99,990 for the AWD “Foundation” model. Compare that to what Elon teased in 2019:
Keep in mind, that was $50k for a bare bones base model, while the $100K "foundation series" has every bell and whistle there is. Inflation has taken the $50K to $61K as well.
Are a lot of people disappointed? Of course. But once production catches up with demand and is ramped up enough to get costs down, I expect that a base single motor version will be reasonably affordable.
FWIW, Ford did this with the Lightning too, giving amazing (base) prices at launch and then producing few to none of the base models once it was introduced.
That guys is obviously a troll
. No logical person would buy an electric truck to tow a travel trailer. Even if they did why not get a Lightning or Silverado EV over a Tundra.
People really got to get past the truck aspect or any justification for buying one. It's a toy and status symbol just like every other EV out there.
Forget electric. My dream is that someday I'll be able to buy one and get a travel trailer, after Tesla solves the self-driving and self-charging problems, and then I'll be able to pack my stuff and send it ahead to an airport near my destination, fly there and drive it the last mile.
Except when the travel trailer powers itself.
Lightship’s all-electric L1 RV doesn’t reduce range when it’s being towed and can expand to 10 feet when stationary.
www.inverse.com
"The L1 has its own 80kWH battery that powers an electric drivetrain... This way, you won't have any range or miles per gallon lost"
Lightship’s all-electric L1 RV doesn’t reduce range when it’s being towed and can expand to 10 feet when stationary.
www.inverse.com
Lightship and Pebble are both working on similar self-powered trailers. I hope at least one of them succeeds and makes something that doesn't suck.
Then, will a standard 30A or 50A campground outlet fit the needs? Lots of handwaving at the practicals of RVing.
That's probably going to be the real issue. While many campgrounds are equipped with 120V/30A TT-30 and/or 240V/50A 14-50 outlets, they generally do not have main power feeds that can keep up with sustained peak loads such as EV charging. All of this stuff is going to need to be able to charge at reduced rates. However, use of some smart-grid tech locally, potentially combined with some solar, might go a long way toward solving this.