Smart BMS PCB Protection Board JK Bms Active Balance Bms 8S 12S 13S 14S 16S 17S 20S 24S Smart Bms 100A 150A 200A Lifepo4 Li-Ion Lto Battery BMS Charger Module With Balance Function (Color : JK-BD2A24

Product Information

sensor:127]: 'jk-bms cell voltage undervoltage delay': Sending state 5.00000 s with 0 decimals of accuracy These BMS are pretty powerful, however, and can do 300A for 5 seconds. Also, once you get them setup and working, they are reliable. The setup process is just not the most intuitive and again, the app is not very well designed. When a battery is discharging it will draw voltage down and the Inverter should be set to stop Inverting at about 46V to 48V (2.875V to 3.0V per cell) The UVP and UVPR are used to set the BMS to shut down on Under Voltage so as not to let the battery be discharged until damage occurs. It should be set at about 2.6V to 2.7V and UVPR should be set about 0.1V higher. sensor:127]: 'jk-bms power tube temperature protection': Sending state 90.00000 °C with 0 decimals of accuracy

sensor:127]: 'jk-bms charging high temperature protection': Sending state 70.00000 °C with 0 decimals of accuracy The active balance is really cool. I had heard that 2A wouldn't be enough but my findings are that 2A is extremely useful and for my purposes I doubt 5A or 10A would be any better. The equalization current is set independently in the range of 0.1~2A, independent of the cell voltage difference; That notion of keeping charge between 20%-80% or some say 10%-90% is under the "Assumption" of using the Allowable Voltage Range. Wiring a 4S 12V BMS is quite easy. The BMS has two cables. These are the main battery – and the main cell -.

sensor:127]: 'jk-bms total voltage overvoltage protection': Sending state 5.46000 V with 3 decimals of accuracy My highest discharge current so far has only been about 70A and that was for a short time. My highest charge current was about 100A. As mentioned in my other article, you should not go over 100 Amps in your system. If you do, you need to increase the voltage of your system. I still don’t understand why people would buy a 300A 12V BMS. It’s a waste of wiring costs and a safety hazard. Below are my recommended inverter sizes for a particular system voltage: sensor:127]: 'jk-bms cell voltage undervoltage recovery': Sending state 3.20000 V with 3 decimals of accuracy

Our proprietary technology is used in the BD6A24S12P Active Balancer BMS for active balancing, which enables a range of benefits. With maximum battery consistency, you can be confident that your battery will perform at its best, providing you with dependable power when you need it. Longer battery life is also possible thanks to our advanced technology, which helps to delay battery aging. Mobile App Compatibility Do not leave your BMS in direct sunlight or exposed to any heat source, your BMS should be stored in an ambient temperature of -5°C~+40°C, and a relative humidity of not more than 70%.sensor:127]: 'jk-bms total charging cycle capacity': Sending state 0.00000 with 0 decimals of accuracy