If I read the paper right, it refers to degradation similar to leaving the cells at 100 percent SOC. It should be immediately measurable and catastrophic, leading to complete storage failures. Do you not have any direct measurements?
It’s an extremely falsifiable thing, there should be monthly capacity loss and it should be obvious in 1 year the batteries are doomed.
Someone could buy an off the shelf LFP battery and cycle it daily and just prove this.
If I read the paper right, it refers to degradation similar to leaving the cells at 100 percent SOC. It should be immediately measurable and catastrophic, leading to complete storage failures. Do you not have any direct measurements?
It’s an extremely falsifiable thing, there should be monthly capacity loss and it should be obvious in 1 year the batteries are doomed.
Someone could buy an off the shelf LFP battery and cycle it daily and just prove this.
That is literally what the linked paper did as a basis for their modelling. But of course they used multiple cells.
Right, the actual batteries you can buy with Chinese EV grade lfp cells is what to test. There are many variables here.