Waiting4M3
Active Member
Regarding cells, Tesla uses cylindrical cells, so far all the other major EV makers chose to use pouch cells. Here is a good comparison using Bolt as example. Basically pouch cells are easier to assemble but has lower energy density by weight. Tesla uses active liquid cooling in between cells, vs the Bolt pack has passive thermal plates between cells, and is liquid cooled only on the outside of the whole battery module. Energy density and thermal cooling management are two of the biggest technical challenges in battery technology, and all Tesla's competitions have all chosen a technically inferior one due to lower assembly cost. IMO it's not safe to assume that others can just utilize the same cell sourcing as Tesla, and achieve the same performance.1) Cannibalization: Yes. Daimler already warned investors that, during the first years of EV production, their EBIT margin may shrink to 7% or 8% from currently ~9.5%. Here is hope they'll survive with only $10-12 billion profit a year. I mean, looking at worldwide sales they are building the best selling luxury sedan (and a lot more models except that certain sedan) That may help.
2) Timeframe: VW started to develop their MEB in 2015. The first cars will hit the market in early 2020. It's not like they start now and cars will arrive in 2024 or later.
3) Investors: Some seem sceptical but most are aware that those steps are necessary to compete with the upstarts, meet emission targets and regulations. Also: See 1)
4) CapEx: With an equipment lifetime of maybe 10 years and owning dozens of factories, you have to retool some each year. Usually they do not have to burn them down and rebuild them from scratch. One might assume the drive train and battery pack could be major hurdles and the other stuff stays mostly the same.
5) Battery sourcing: Teslas known purchase obligations with Panasonic until 2022 are about $15 billion. We already know that VW sourced batteries for $25 billion and plans for another $30-40 billion until 2025. I do not know much about other manufacturers, which could be because ...
Personally i'd go with option 1.
- They didn't announce them yet.
- They planned investements of a few billions and simply forgot about the batteries.
- They are not able to buy any, despite billions of cash, while Tesla has no problem at all to source 150 GWh.
- They all lied and won't build any EVs.
6) Battery performance: Why do you assume the new battery packs in cars like the I-Pace, E-Tron or the newer Leafs are performing worse? Is there any provable advantage Tesla has? That is, if we leave aside all the assumptions about the amazing things Jeff Dahn is supposed to have done. IP on Panasonics side will probably be used for whomever they produce cells.
7) Dealerships: I ... uhm .... *mumbles* ... i agree. The current dealership structure may become more of a problem.
Question: If you calculate ROIC as "(Net Income - Dividends) / Total Capital" and you have always had a negative net income, how can your ROIC be extremely high? Is there another definition that i'm not aware of? Are you talking about a certain part of Teslas business or are you talking about potential future ROIC? I'm a bit lost with this fact.
Return On Invested Capital - ROIC
The bottom line is your thinking seems to over-simplify how complex and difficult battery technology and related sourcing is. It may be a mistake for Tesla fans to assume that Tesla can reinvent manufacturing quickly, but it's an equally big mistake to assume that traditional automakers can catch up on battery technology quickly. Regarding battery sourcing and performance, and related CapEx, I think you may want to take a "I'll believe it when I see it" approach, just as Tesla skeptics have taken to their ability to make cars.
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