ZachF
Active Member
From the following video raw materials prices for batteries cells are something like this;- LFP $8 kWh, Nickel $25 kWh
He also predicts pack prices of less than $50 per kWh will not happen before 2025.
Say after 2025 an LFP pack page with a roadrunner 4680 line only costs $50 kWh, and an ultra-compact model only needs a 25 kWh battery.
The pack cost is now, $1,250, at these price points the cost of the pack is probably the same as the cost of a compact ICE drivetrain or less.
So EVs should eventually be able to hit any low end price point ICE can hit. but that doesn't mean Tesla can.
Once we get to this end of the market, there is a question of standards, and preserving brand image, I can't see Tesla ever compromising on safety.
So the ultra-compact car also needs to be safe, and probably be able to support FSD.
The cost of the battery pack is no longer a big issue, but there are plenty of other considerations.
In the 2030s it will be utility-scale solar at $0.50/watt and utility-scale installed LFP storage at <$70/Kwh ($35/KWh pack-level manufacturing cost)
Those prices mean all other forms of electricity generation are obsolete.
Utility-scale solar at 50 cents a watt is an LCOE of <2c per KWh.
Utility-scale LFP storage at <$70KWh with 5000-10000 cycle life is about a penny per KWh cost for storage!