henderrj
Active Member
I wanted to see it, I really did, but I just don't. If you want the rebate, if you need the rebate, buy a 3. Otherwise spend the money on what you really want (or buy used). Then again, what do I know!
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.
Not true. In WA state where I live there has been a limit since 7/2015 so before software limited 60 was introduced. The rebate for EV's is sales tax exemption (10%), so nothing to sneeze at. Not only that, EV battery upgrade is also exempt, so if Tesla was to charge me $40K for the car and $40K for a battery upgrade, I would have saved $8K last December, but they didn't, and they won't - nothing to do with whether it's a new limit or old... because these low price limits for rebates were not in effect until now. But if you look at regulations being enacted, everyone is coming up with them.
This is my thinking for changes on the Model S/X battery pack specs for the near future:
1. The 90 kWh pack is updated to the new 18650 module design, and goes from 16 to 14 modules. (Soonish.)
2. The 90 and 100 kWh packs get cells with the newest chemistry, upping the capacities by ~5% and potentially improving charging power. (This year.)
3. The current 75 kWh pack is eliminated, replaced by a lightly modified top spec 21-70-based Model 3 pack, which is also around 75 kWh. (This year.)
4. The 90 kWh and 100 kWh packs are completely redesigned, going to the 21-70 cells. The 75 kWh pack uses 8 modules like before, while the ~95 kWh pack uses 10 modules and the ~110 kWh pack uses 12 modules. (2018-ish.)
This allows Tesla to first phase out the outdated 18650 module design, then they phase out 18650s entirely, going to a single module design across all vehicles. Any thoughts?
Edit: Just to sum up the different batteries:
Current 18650-based 75 kWh pack: 6216 cells in a 74p84s config across 14 modules, ~350V, ~75 kWh total, ~72.6 kWh available
21-70 based 75 kWh pack: 3840 cells in a 40p96s config across 8 modules, ~400V, ~77 kWh total, ~74.6 kWh available
Current 18650-based 90 kWh pack: 7104 cells in a 74p96s config across 16 modules, ~400V, ~88.1 kWh total, ~84.1 kWh available
New 18650-based 90 kWh pack: 7224 cells in a 86p84s config across 14 modules, ~350V, ~89.6 kWh total, ~85.6 kWh available
Improved chemistry 18650-based 90 kWh pack: 7224 cells in a 86p84s config across 14 modules, ~350V, ~94.1 kWh total, ~90.1 kWh available
21-70 based 90 kWh pack: 4800 cells in a 50p96s config across 10 modules, ~400V, ~96.2 kWh total, ~92.2 kWh available
Current 18650-based 100 kWh pack: 8256 cells in a 86p96s config across 16 modules, ~400V, ~102.4 kWh total, ~98.4 kWh available
Improved chemistry 18650-based 100 kWh pack: 8256 cells in a 86p96s config across 16 modules, ~400V, ~107.5 kWh total, ~103.5 kWh available
21-70 based 100 kWh pack: 5760 cells in a 60p96s config across 12 modules, ~400V, ~115.5 kWh total, ~111.5 kWh available
With battery prices going down, ... how much of a difference in price is a 40 going to be than a 60?
Strong agreement with that statement. But, of course, wasn't that the point of the OP? If we can get the retail amount below a certain level then the buyer gains tax advantages. I still don't see a 40 coming back though. I think a much more likely scenario is gradual reduction in prices. Or maybe not so gradual! Maybe in a year Tesla drops everything 30%. Hey, I can dream can't I?
OP requested feedback on his analysis; most replied emotionally about the kind of battery they wanted.Dude if democracy picked the right answer, we'd have different choices for presidents.
Dude if democracy picked the right answer, we'd have different choices for presidents.