Hi and thank you for this video, yes this BMS is good I also selected it for my future project. But my project is with a total pack of 96S cells, and I was thinking of using 4 BMS like this to control 4 pack of 24 cells. obviously they will be connected separately, to never take the total voltage of the 96 cells which gives around 350V! We then just need to be able to ensure that each BMS can control the main charging and discharging relays. It must be possible. In any case, thank you for sharing your videos.
I use their low-powered BMS and just have them power a relay for every 24 cells and then overlap one or two cells and have all the relays outputs hooked in series so for 96 sells I would use 5 modules each one cover 24 cells and overlap 5cells so to keep the whole pack balancing with each other. Each module would have its own power supply and relay . The relays would be in series for the charging and discharging and any relay cutting off charging
Hi and thank you for this video, yes this BMS is good I also selected it for my future project.
But my project is with a total pack of 96S cells, and I was thinking of using 4 BMS like this to control 4 pack of 24 cells.
obviously they will be connected separately, to never take the total voltage of the 96 cells which gives around 350V!
We then just need to be able to ensure that each BMS can control the main charging and discharging relays.
It must be possible.
In any case, thank you for sharing your videos.
I use their low-powered BMS and just have them power a relay for every 24 cells and then overlap one or two cells and have all the relays outputs hooked in series so for 96 sells I would use 5 modules each one cover 24 cells and overlap 5cells so to keep the whole pack balancing with each other. Each module would have its own power supply and relay . The relays would be in series for the charging and discharging and any relay cutting off charging