@Short_Shot
give it up mate, you are making yourself look silly..
When you connect SOC imbalanced cells with differing voltages they will then have the same voltage. If you disconnect them, they will have different voltages again.
That doesn’t mean the voltages were different when they were connected.
If you connect a fully charged and fully discharged LiFePO4 in parallel and connect to a 3.65V charger, the fully charged cell will not go over 3.65V
If that pair is then placed in a series pack that has BMS cell level overvolt protection - the same applies.
That is basic electrical knowledge, backed up by even the article you linked to.
give it up mate, you are making yourself look silly..
When you connect SOC imbalanced cells with differing voltages they will then have the same voltage. If you disconnect them, they will have different voltages again.
That doesn’t mean the voltages were different when they were connected.
If you connect a fully charged and fully discharged LiFePO4 in parallel and connect to a 3.65V charger, the fully charged cell will not go over 3.65V
If that pair is then placed in a series pack that has BMS cell level overvolt protection - the same applies.
That is basic electrical knowledge, backed up by even the article you linked to.