FredTMC
Model S VIN #4925
Tejon, Hawthorne, Mojave, Aosta in Italy to name a few.
barstow... I think all these have solar panels too. Correct?
You can install our site as a web app on your iOS device by utilizing the Add to Home Screen feature in Safari. Please see this thread for more details on this.
Note: This feature may not be available in some browsers.
Tejon, Hawthorne, Mojave, Aosta in Italy to name a few.
Sure sounds like Tesla is ready to stick a fork in battery swap and call it done. For those who frequent Harris Ranch, is it usually crickets over at the swap station? Only 4 users really?
Maybe it was only 4 of their first 200 invites, but I'm doing it next month and was challenged to find an appointment spot availability on the days I had preferred... (they have slots from ~9am to ~5pm weekdays).
So I'm sure it's a lot more than 4 people who have or will be using it now... though not clear if actual 'wider beta' uptake is merely tenfold or hundredfold from the first invitees...
I think you just hit the nail on the head. You need a 45 min break anyway so why not get a steak at the same time for less money.:smile:It wouldn't be a huge win for us so the price would need to be lower than what I've heard ($80?) otherwise I'd prefer to buy a very nice steak.
Amazing car. Cheers.
I think you just hit the nail on the head. You need a 45 min break anyway so why not get a steak at the same time for less money.:smile:
Reread what he quoted (see "steak").Vegetarians and vegans don't eat?
Vegetarians and vegans don't eat?
Ah, ok. Well I don't call that an EV*, but let's not get into naming. I now understand your confusion in the previous post.
The two powerwalls have different chemistries. I expect for their own use Tesla can make use of the type most available, and just program the charge controller and inverter appropriately. I expect their hardware is lithium chemistry agnostic.Except we know they don't use the same batteries for stationary storage and vehicles. Stationary uses lower energy density cells and different chemistry.
The two powerwalls have different chemistries. I expect for their own use Tesla can make use of the type most available, and just program the charge controller and inverter appropriately.
I'm not sure I understand what you're saying. Tesla can only use the most energy dense version of NCA chemistry for their vehicles, I believe they use less energy dense versions of NCA, as well as NMC, for the different powerwalls.
If and when people begin to use this I wonder if they will get a "fully" (as in 100%) charged battery? If so, I wonder if how long it has been sitting fully charged? Anyone concerned about not getting a fully charged battery or one damaged by sitting too long at full charge?