I am starting to think Woods' number of 37M BEVs produced globally in 2024 sounds too optimistic.
If we very optimistically allow for her bull case (where Tesla grows their production annually at a staggering 77%), then Tesla will produce (close to) 7M cars in 2024. That means that all other car manufacturers have to grow their BEV production at the same insane growth as Tesla, and get to 30M BEVs in 5 years.
This seems way to optimistic. Tesla's assumed growth would need them to grow their battery production at the same rate. To maintain its growth, Tesla would need to get into cheaper market segments, so it seems fair to assume e.g. 80 kWh (as opposed to more) for the average Tesla in 2024. This would require an annual 500 GWh of batteries for Tesla in 2024.
But even assuming quite small 50kWh batteries, the non-Tesla global BEV production would have to have access to 1500 GWh of battery capacity in just 5 years to reach the matching 30M BEVs. Given the fumbling steps that auto makers have made so far in the area of batteries, I completely fail to see how Tesla's competition should deploy 3 times as many batteries as Tesla would manage.
But since so far Tesla is 5-7 years ahead technically on BEVs it would probably be reasonable to assume that their competition would need equally large batteries in their cars, to maintain their market share. By that reasoning, Tesla would in 2024 need 500 GWh batteries at a market share of 17%, but the competition would then need about 6 times as much i.e. 3000 GWh of batteries.
I completely fail to see that happening.
So I am going to have to be sceptical with Cathie Woods' assertion that global BEV sales in 2024 will reach 37M.
Which (if true) is good for the Tesla investment thesis, since then Tesla's market share would likely grow from its current level - as argued by @
NakedLong - but equally bad for the rapid transition to sustainable transportation.