I don't think the BMS is responsible for the 10% lower-than-advertised capacity - as the typical voltage curve for LiFePo4 is rather flat. Wulills batteries typically only achieve 90-95% of their rated capacity in various test reports available online.
Please test and review the XY6020L and ZY6015L power supply module
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I don't think the BMS is responsible for the 10% lower-than-advertised capacity - as the typical voltage curve for LiFePo4 is rather flat. Wulills batteries typically only achieve 90-95% of their rated capacity in various test reports available online.
thinking or watching? I showed that BMS turns off the output before the votlage reach goes down to the proper value. watch again.
@@WattHour Sure it did turn off at 10,7V - but 5% voltage difference does not equate to 10% capacity for lifepo4