dhanson865
Well-Known Member
The image claims it represents the type of battery used in 80% by kWh (not units) of the new plug in cars in 2020. It's separated in two qualifiers and one is pretty faint so you might have missed that qualifier.Informative pic for the battery chemistry it represents. However, there are many different Li-ion chemistries, which can vary significantly...
Obviously that chemistry isn't as dominant now as it was 2-3 years ago. Iron Phosphate variants have gained popularity noticeably since then. With Lithium Manganese Iron Phosphate being the new hotness.
From a TSLA perspective you'd have to consider historical and current types of
NCA (with various ratios)
NMA (with various ratios)
NMC (with various ratios)
LiFePo4
LiMnFePO4
I honestly don't know how many major chemistries have been used in Tesla products. Between old types for cars and storage products and new types for cars and storage products it's a never ending list of minor and major changes.
But if the other players in the market aren't moving as fast that somewhat dated infographic gives an insight into market forces if nothing else.
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