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Does anyone know the exact specs of the 2,170 cells?
Definitely off on the capacity. Using his estimate, the Model 3 LR would be close to 94 kWh...This Redditer took a stab, but I think he's way off on the specs:
Tesla 21-70 battery cell specifications (calculated) • r/teslamotors
Further, Tesla tells us on their website that the Model 3 MR weighs 58 kg less than the LR. Assuming 66 grams per cell (from above),that much indicates about 880 fewer cells, but again that 66 g/cell spec is suspect.
HTH. Cheers!
Exactly. These are tangible products.If i am holding 10 donuts and i loan you 5 how including handing the 5 donuts to you. How many donuts am i now holding?
Let me just note that 31 is prime, and we know from Rickard's teardown that there are an even number of modules. On the other hand, modules are in series.I.e. the common current assumption appears to be the following battery pack layout (part taken from @BioSehnsucht's comment):
Code:series parallel total cells capacity (est.) standard range: 96s 31p 2,976 54.3 kWh mid range: 96s 38p 3,648 66.5 kWh long range: 96s 46p 4,416 80.5 kWh
But if the Standard Range battery pack is not 31p but 30p, then it would have one less module, gross capacity of 52.5 kWh - which could still have a net capacity of ~50kWh. That would result in even lower mass, and possibly higher margin by about +$225 at a $35k price point with $130/kWh pack level costs, which is about +0.7%.
That would also put the 'mid range' option at exactly halfway between SR and LR, cell count wise.
I'd be completely fine w/ SR. I only drive about 20 miles / day on average.The SR might get dropped. Depends on demand. Competition is coming on line. EV world continues to change, Tesla may continue to change even faster.
Seems most EVERY 2nd time buyer (current owners) tells us to buy the biggest battery you can afford. right?
What is the sweet spot? 30-80% charge yield longest battery [least degradation] life and quickest SuperCharger charging, right?
Please, anyone with actual experience can run the numbers and tell us how you'd compare SR [Standard Range] to MR [Medium Range].
Tesla advantage: they build to actual orders
"Cathodic E-Coating" is a process similar to powder paint coating, where electrostatic charge creates a high quality layer
Old post but I just caught up - I basically treat EAP/FSD as a very low valuation in my own investment thesis. I invest because of the automotive division being the only automaker that actually seems to really get EVs (Volkswagen is in a distant 2nd in this thesis), and because of Tesla Energy. I don't value EAP/FSD as zero, because the hype around it is boosting automotive sales, but I basically consider it as marketing for automotive, with low likelihood of FSD happening.FWIW, it wasn't part of some of our investment theses. I'm on record as saying full self-driving won't happen for at *least* five years more, maybe decades -- it's just much harder than people think it is. I'm even on record as saying that Tesla will have to refund the FSD deposits. This limits the amount of money they'll have to refund, so that's good.
...and this kind of thing is why I own a January 2021 put against Ford.New Ford commercial is trolling Tesla. Even uses paint it black.
I'm not questioning whether or not they are under this control and I can't disagree with that. In this example, I'm not looking at voting rights, dividends, or anything other than trading volume, which does affect price.
I'm simply illustrating that there are, from a standpoint of supply/demand, more shares on the market to trade. Is that true?
And if so, is that dilutive?
"if he decides to sell them"
And what if he doesn't? Try to stick w/ the example. You could make infinite # of "what if's" to avoid the point I'm trying to make/understand (ie dilution and downward pressure on SP).
Exactly. These are tangible products.
With stock, it's all digital. A shorted share isn't a piece of paper that's handed from John to Bob. It's cut and paste.
Net result is that total traded shares in marketplace is increased. Tell me if I'm wrong
But I haven't been able to find any image of a Fremont paint or pre-treatment bath though - only of spray robots applying paint layers.
But if the Standard Range battery pack is not 31p but 30p, then it would have one less module, gross capacity of 52.5 kWh - which could still have a net capacity of ~50kWh.
Let me just note that 31 is prime, and we know from Rickard's teardown that there are an even number of modules. On the other hand, modules are in series.
32 is a sweet number, no? But as you say, 30 for standard brings the mid to the middle, so ...
Anyway, great analyses from you, always!
I.e. the common current assumption appears to be the following battery pack layout (part taken from @BioSehnsucht's comment):
Code:series parallel total cells capacity (est.) standard range: 96s 31p 2,976 54.3 kWh mid range: 96s 38p 3,648 66.5 kWh long range: 96s 46p 4,416 80.5 kWh
But if the Standard Range battery pack is not 31p but 30p, then it would have one less module, gross capacity of 52.5 kWh - which could still have a net capacity of ~50kWh. That would result in even lower mass, and possibly higher margin by about +$225 at a $35k price point with $130/kWh pack level costs, which is about +0.7%.
That would also put the 'mid range' option at exactly halfway between SR and LR, cell count wise.
This stock won’t make a huge move up unless there is some crazy good news. Shorts control the price.(Pre) Market Action - -
Smallish volume, but interesting cap at the top with 262.0000 as a ruler-flat number.
And then a quick punch in the face to go back up when some biggish sale took it down to 258.0100
Not enough market knowledge to say what went on, but it is interesting to watch this sort of fight at the low volumes.