Artful Dodger
"Neko no me"
Quick maths: With 14K Models 3+Y per week (the installed capacity of the Schuler stamping press), and 64KWh avg per pack (50/50 mix of SR/LR), Tesla's Fremont factory uses just 45.4 GWh/yr of bty packs.
With Panasonic's new stated goal of 54 GWh/yr, that leaves ~9GWh/yr spare capacity for new products like Megapack, Semi.
Based on Panasonic's speed to install the first 13 lines at GF1, I predict they could have all that new capacity online by end of 2020.
Cheers!
P.S. I suspect that 54 GWh/yr figure is based on the old chemistry, and may well be exceeded with the current chemistry, or...
P.P.S. ...alternately, it may be the case that Panasonic now has 35 GHh/yr capacity with 13 lines, and plans to add just 7 more to reach 54 GWh/yr capacity at GF1/Sparks. In which case I revise my time estimate to 7 mths.
P.3.S. It could also be that some GF1/Sparks capacity will be used at GF4/Berlin until their bty workshop is operating.
With Panasonic's new stated goal of 54 GWh/yr, that leaves ~9GWh/yr spare capacity for new products like Megapack, Semi.
Based on Panasonic's speed to install the first 13 lines at GF1, I predict they could have all that new capacity online by end of 2020.
Cheers!
P.S. I suspect that 54 GWh/yr figure is based on the old chemistry, and may well be exceeded with the current chemistry, or...
P.P.S. ...alternately, it may be the case that Panasonic now has 35 GHh/yr capacity with 13 lines, and plans to add just 7 more to reach 54 GWh/yr capacity at GF1/Sparks. In which case I revise my time estimate to 7 mths.
P.3.S. It could also be that some GF1/Sparks capacity will be used at GF4/Berlin until their bty workshop is operating.
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