Author name: Jessica Liu

We are committed to the research, development and production of innovative new energy lithium battery technology, we would like to know the concept of new energy lithium battery BMS, and what advantages does it have?

During this period of time, I used the board and single-chip microcomputer. I want to know whether BMS belongs to the embedded category.

I have connected the 3S BMS to a 12.3 V power supply unit that is simultaneously charging the battery and powering the connected router. However, the batteries do not charge quickly as the voltage supplied by the power unit is already being used by the router. I would like to know if it is possible to connect a 24 V power supply unit to the BMS, since the router supports a voltage range of 8 to 24 volts.

I forgot to bring the power adapter I originally used to charge my motor scooter on vacation. There are a couple of charging options that I’m not sure are feasible at this point:
1. whether it is possible to charge the scooter using a 12V 10A power adapter, even though the original charger was 42V 3A.
2. I also have an e-bike charger with 54.6V 2A but the adapter connector doesn’t match, but an adapter could be used to get around this.
3. in addition, I have a P10 smart charger for equalizing charge 2-6S batteries.
I want to get at least a partial charge and my electric scooter is equipped with a rugged BMS, will it protect the battery from damage from low or high power supply?

I built a 3s package with a 20A BMS. Can I charge it from a 12V 3A power supply?

Electric vehicles in slow or fast charge time have a lead-acid battery to BMS with a constant charge, a 12V output, or a DC charging pile A+,A-equivalent to an enable signal. Or when charging, directly from the car charger or DC pile to BMS for 12V low voltage?

I have 16 LiFePO4 batteries and a charge controller, but I am concerned that the Settings of the charge controller may not work with the LiFePO4 batteries. If the upper limit of the voltage set by the charging controller is too high, will the LiFePO4 battery be overcharged? Because the LiFePO4 battery has specific safety limits on the charging voltage. I wonder if the BMS will play a protective role and limit the voltage at which the battery can be charged to avoid potential hazards or damage even if the charging controller is not set correctly.