IMHO, Ark Invest, Gali and similar commenters all seem to build their TSLA $7,000 thesis on autonomous related services. It seems to me, that the whole of Tesla's future growth and ability to fulfill its stated goal, is based on its ability to accelerate power storage capacity (Battery) production into the multiple terawatt territory. All of the other stories hang on this thread. Tesla Semi production has been pushed back for lack of capacity as stated during the Q4 call. Every other manufacturer/wanna be are starved of storage and while Solar roof closes the cosmetic issues associated with rooftop, PV and wind only work as a solution in combination with robust storage capacity. At the power wall roll out Elon talked about how much storage/renewable power it would take to power the world and he does so continuously always subtly, but always addressed.
We as investors, desperately need to insert ourselves into "Tesla April Company Talk" whether it's by portion questions (Think "SAY") to a known attendee or one of us attending otherwise we're stuck with the mostly ridiculously uninformed questions of a bunch of automotive analysts! In any case, IMO the trillion dollar value, much less "mission accomplished" ain't goin anywhere with out the power storage manufacturing capacity. This is what we need to know. The path to Terawatts of power storage. If that is clearly teased out of company talk day, IMO, alpha launch will be unstoppable.
Elon has stated over and over again that TE is where there is at least... at least, the FULL value of automotive. So many folks seem to be myopically focused on the autonomous mobility as the prime mover. IMO it is tangential to Tesla Energy which is the path to displacing the ENTIRE fossil fuel industry. Many words have been written here as to the immense daily net profits, never mind revenues, pulled in by this industry. Given a successful path to hundreds Terawatts per year, those kinds of revenues will belong to Tesla. Unlike the fossil fuel industry, Teslas costs are decreasing and even at lower margins, the scale of the commodity cells in combination with the high margin BMS/ distribution system will produce "gushers" of cash that will make ARAMCO look like a corner candy store business.
(and oh yea, we don't ruin the joint for ourselves and our offspring)
Fire Away!
(It's the batteries, Stupid!)
I have followed Elon, Tesla and SpaceX pretty closely since they were founded, and I have been thinking lately about how Elon would see the whole picture. Jim Keller was saying he broke problems down into what is possible from a physics point of view, and then worked backwards figuring out how to get there.
If we apply that to Tesla let's imagine what is the limit of physical possibilities, where Tesla is responsible for the lion's share of modernising these areas on a worldwide/solar system wide level, for the foreseeable future:
1) Electric transport
2) Energy creation and storage
3) Deliveries
4) Taxis
5) Public transport
4) Mining (via Boring Company)
5) Auto Insurance
6) Banking (I don't think he ever gave up on his x.com dream, though I doubt it will be via Tesla)
Now imagine Tesla has to get 80% of this done all by themselves - which is pretty much their current percentage of EV market share in the US. Elon might have a practical plan to get to 2 terawatts which he is willing to share, but I am sure he is thinking even bigger. He will be thinking about how to most quickly change the entire world to electric. Let's do some numbers:
Energy:
Global energy usage per year = 158,000 TWh
% of that which is not renewable = 51%
Global energy usage to be replaced with renewables = 81,000 TWh
Global energy usage per day = 222TWh
How much storage is needed for this? Maybe half? 111TWh
Let's say we need an annual capacity of new storage+generation of 11TWh
Passenger vehicles:
90 million per year
I read, 2TWh is enough for 26 million
So need about 7TWh total
Trucks:
4 million/year roughly worldwide (I think - I think this is across all classes of truck tho)
900kWh for semi, so lets say 600 average across all classes
so thats only 2.4TWh per year
Grand total about 20TWh needed per year
So you can see there is an order of magnitude difference between Elon's 2 TWh plan and what is actually needed. Feel free to point out any of my mistakes in my basic calculations... it could be as much as 200TWh - I don't have much confidence in my calcs.
If Elon can get to 2TWh, you can be sure he will quickly get to 20 in about the same time as it took to get from here to 2TWh. Let's say he can get to 2TWh in 10 years, then to get to 20 it will be 10 more years roughly, and after a decade of that production rate the whole world will be electric. So roughly 30 years from now, when Elon is 77 +/- 15 years. The timeframe for him getting to 2TWh is very interesting to me. Maybe he thinks he can get there in 5 years which would pretty much halve my guess of 30 years to 15 years.
TLDR; You need a 30 year investment timeframe to benefit from Elon's grand plan of an electric world.