It's a 15 minute roll in / roll out kind of turn around.
The game's not over and the big transport operators (eg: Rio Tinto mine fleets moving a billion tonne per annum, etc) are still doing the R&D pipeline and trialling pilots.
It's a 15 minute roll in / roll out kind of turn around.
The game's not over and the big transport operators (eg: Rio Tinto mine fleets moving a billion tonne per annum, etc) are still doing the R&D pipeline and trialling pilots.
It should get adoption from companies big enough to run their own fleets (such as the mining company mentioned) but it won't be a suitable method for a good percentage of the long haul trucks in the States.
With that said, I would think chargers should be fine for a lot of those trucks if the infrastructure builds out for them. The drivers are already taking breaks every few hours by regulation, so they can top off rather than going from empty to full.
Now you just need every gas station in the US to stock a bunch of swappable batteries for every semi brand. It's a great idea s long as you're not bound by any sort of realistic expectation.
Also, not the first industry that would rely on some level of standardisation.
It's a glitzy demo which has been attempted multiple times and has failed every time (to the surprise of nobody, Tesla was one of the early demo-ers, guess where that ended up?), NIO is still losing money hand over fist and survives only thanks to the CCP keeping it afloat.
> Also, not the first industry that would rely on some level of standardisation.
You'd need the standardisation first.
And making batteries field-replaceable with limited equipment means the battery modules need to be significantly more resilient, as well as more complex (not only do you need automatic disconnects for the electrics, but you also need to handle cooling), which translates to less capacity because you need room for all that, and it's harder to integrate structural support with the battery modules so the chassis also needs structural improvements there. The alternative is to automate the entire thing, which means even more complexity, and now the system needs to be aware of every vehicle involved.
The entire thing is a staggering amount of complexity to mostly lower capabilities.
* https://www.youtube.com/watch?v=jTRHEtfdxOo
* https://www.youtube.com/watch?v=qlOxqhWbsk4
and at least one other battery swap prototype are all being actively piloted.
You can keep Tesla, cheer's.