That table should look like this:
I didnt fill in the E5D, the ”real” capacity of the LG cell should be in the ball park of 4,56Ah / 16.87Wh to reach 74.5kWh total capacity. As I dont know anything about the LG battery marked size or actuall caspacity I didnt put the numbers in to avoid making someone angry
Its quite common that the marked capacity isnt actually reached when testing the battery so a 4.7Ah label might deliver 4.56.
[Edit]Actually, the table should be constructed the other way around to minimize the faults. Starting with the known ”Full pack when new ” as the capacity and working backwards to find the average true cell capacity. But I guess its not needed as the goal was to calculate the total capacity.
If you compare the 78.4 to the 77.8 ”full pack when new” for the 2170C/E3CD, theres a 0.8% delta. If you apply the 0.8% delta to the 2170L/E3LD battery you get 81.1kWh.
I didnt fill in the E5D, the ”real” capacity of the LG cell should be in the ball park of 4,56Ah / 16.87Wh to reach 74.5kWh total capacity. As I dont know anything about the LG battery marked size or actuall caspacity I didnt put the numbers in to avoid making someone angry
Its quite common that the marked capacity isnt actually reached when testing the battery so a 4.7Ah label might deliver 4.56.
[Edit]Actually, the table should be constructed the other way around to minimize the faults. Starting with the known ”Full pack when new ” as the capacity and working backwards to find the average true cell capacity. But I guess its not needed as the goal was to calculate the total capacity.
If you compare the 78.4 to the 77.8 ”full pack when new” for the 2170C/E3CD, theres a 0.8% delta. If you apply the 0.8% delta to the 2170L/E3LD battery you get 81.1kWh.
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