Great! It's interesting that kWh tripled in 2014. The cumulative kWh are telling too.tell me how this looks please
KWH of EV batteries
Tesla 8.6 GWh
Nissan 2.9 GWh
GM 2.6 GWh
BMW 1.1 GWh
Ford 805 MWh
Toyota 365 MWh
Kia 101 MWh
Porsche 54 MWh
Hyundai 42 MWh
Mercedes 20 MWh
So only four EV makers are at the GWh scale in the US market. Some small automakers could be forgiven for not being at the giga level, but Toyota is clearly not keeping up.
Just to catch up with Nissan, Toyota would need to step up kWh production 8 times. I find myself wondering will Nissan ultimately eclipse Toyota is total vehicle sale as the sun sets on ICE. Of course, to dig into that it would help to look at global sale of plugin vehicles. Even so, looking at just the US market reveals capabilities in a demanding market. It's about putting forward compelling products that explore the potential of batteries. Yeah, we could include hydrogen FC, but the numbers are trivial. Nissan is 3 doublings ahead of Toyota.
Likewise we could compare GM and Ford. GM is about 1.7 doublings ahead of Ford, 2.6 GWh to 0.8 GWh. It's easy to let all the baggage around their respective ICE business cloud the comparison. But purely in the EV market, GM appears to have a substantial lead over Ford.
I'm talking in terms of doublings. In a market with exponential growth doubling about every 24 months, competitors need to double every 24 months just to keep up. But if you're Toyota needing to double 3 times just to catch up with Nissan, that is a very tall order. Even for Ford to double 1.7 times to catch up with GM is a major challenge. For the EV industry as a whole 5 more doubling get to 30% market share of new vehicle market. And 7 doubling obliterate ICE. This race is measured in doublings, and the next 5 doublings will be decisive.