Hysteria has taken over, momentum players have turned against us, and shorts are back for more pain. We are quickly approaching the 200-day (or it is approaching us). I can't say what is going to happen day-to-day these next few weeks, but I can say that Tesla is going to be worth at least $150 billion in 10 years. That's a 10-bagger from here. So, I'm just accumulating common shares these days and largely ignoring the noise.
Call me if something important happens.
How many car sales/year do you predict for this market cap? A mkt cap of this size has to be based on meaningful revenue.
I guess at least 2 to 2.5 million cars/year, even with high operating margins (Comparable: Toyota and VW Group with similar market caps at present each sell about 10 million cars a year, so I'm generous for TSLA and its future margins).
Is this easy to achieve? (Assuming TSLA will still produce long-range "pure" BEVs and no hybrids etc.)
Please have a look the "giga factory" thread. TSLA and partners would have to expand the
global battery production by factors of 4-5x to produce enough battery packs in 10 years. They would have to start building factories by tomorrow and in parallel, building one "giga" factory after the other most probably wouldn't be fast enough to achieve the goal:
How to solve the battery factory issue - Page 6
Also have a look at the video linked in that thread with TSLA CTO Straubel, especially the last parts at minute 22:00+ about battery supply and the
40GhW figure by 2019.
The 2019 figure of 40 GhW is for 700k cars/year "only" in his estimates (!), about 5000 cells per car. (In my estimates, I was even more optimistic, assuming only 3500-5500 cells/car).
It would probably take 4-5 "giga factories" (each with a capacity of the current total global capacity volume). At the moment, TSLA is just planning to build one.
Producing over 2 million EVs (except for the battery part) is certainly possible in 5-10 years, this is very similar to current well-known ICE production methods. Producing 2 million battery cells and packs is the bottleneck imho (because if demand is indeed so high for EVs, other big automakers will also produce more EVs. The demand could go up for battery raw materials and special factory equipment...).
Now add the risks for these huge investments because of evolving battery technology. It does make sense to build out slowly because battery chemistry and optimal cell sizes for car batteries might change until 2025. The car makers with the first giga factories could be forced to write down their oldest factories and forced to change/update their production lines...