svetz
Works in theory! Practice? That's something else
We've probably all heard to store LiFePO4 at around 45% SoC.
Anyone seen a chart that indicates bad thing vs. storage SoC? I'm guessing the bad thing is a softening of the electrodes measured in reduced capacity independent of cycle-life.
The reason I ask is I have LiFePO4s that are essentially for emergency use (e.g., perpetually at 100% SoC) and wondering what the trade-offs are. Obviously 100% charged gives the most power when needed, but when it's not hurricane season I won't need 100% power.
Anyone seen a chart that indicates bad thing vs. storage SoC? I'm guessing the bad thing is a softening of the electrodes measured in reduced capacity independent of cycle-life.
The reason I ask is I have LiFePO4s that are essentially for emergency use (e.g., perpetually at 100% SoC) and wondering what the trade-offs are. Obviously 100% charged gives the most power when needed, but when it's not hurricane season I won't need 100% power.
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