Storage charging is charging your lithium battery to 60% voltage so you can leave it on the shelf for an extended period. Leaving your lithium batteries fully discharged or fully charged will cause the cells to deteriorate and get out of balance. This will cause your lithium battery to lose life cycles or even be rendered useless.
You should store your LiPos at around 60% of the rated capacity or 3.8v per cell. For a 2s pack, that would be 7.6 total volts(2 cells at 3.8v per cell = 7.6v). An 8s pack would be 30.4 volts(8 x 3.8v = 30.4v).
Similar to LiPo batteries, you should store your Li-ion batteries at around 60% of the rated capacity or 3.8v per cell. For example, a 4s or 4 cell battery should be stored at 15.2 volts (3.8v x 4 = 15.2v).
You should store your LiFePO4 batteries at around 60% of the rated capacity or 3.2v per cell. Store your 6 cell (6S) LiFePO4 battery at 19.2v (3.2v per cell x 6 cells = 19.2v).
The storage function on your charger will charge or discharge your battery to the proper storage voltage for you, depending on its current voltage. If you plan to leave your battery on the shelf, plug it into your charger and select the storage function before leaving it on the shelf.
For the best performance and to maximize cycle life, you should use or cycle your lithium batteries once per month. When cycling, perform a full charge and a full discharge cycle. Then charge it back to storage voltage and you’re good to go for another month. This process is essential to prolonging the life of your lithium batteries, keeping them from getting out of balance and becoming dangerous, and will definitely pay off in the long run.
If you have any more specific questions on storing your LiPos, contact our battery tech team; we’d be happy to help.
-The MaxAmps Team
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