- Bluetooth
- Jiabaida
Equipment designed to monitor and control the processes of charging, balancing and discharging batteries and their protection.
The devices, named BMS (Battery Management System), are designed to monitor and control the processes of charging, balancing and discharging batteries and to protect them.
With a BMS, you ensure that no LiFePO4 cell falls outside safe operating parameters. At the same time, you maximize the overall capacity and life of the entire battery.
There are 11 products.
Equipment designed to monitor and control the processes of charging, balancing and discharging batteries and their protection.
Equipment designed to monitor and control the processes of charging, balancing and discharging batteries and their protection.
Device - BMS 8S LiFePO4 150A for managing charging and discharging processes of batteries, balancing battery cells and their protection.
Device - BMS 16S LiFePO4 150A for managing charging and discharging processes of batteries, balancing battery cells and their protection.
The JBD Smart BMS 8S~20S 200A is a protection circuit with balancer for 8 to 20 LiFePO4 cells that provides protection, control and management of battery parameters and processes. The BMS cannot be connected in parallel.
Smart BMS for LiFePO4 8S-16S 100A for home energy storage.
*Product photo is illustrative
Equipment designed to monitor and control the processes of charging, balancing and discharging batteries and to protect them.
Equipment designed to monitor and control the processes of charging, balancing and discharging batteries and to protect them.
Equipment designed to monitor and control the processes of charging, balancing and discharging batteries and to protect them.
Equipment designed to monitor and control the processes of charging, balancing and discharging batteries and their protection.
Smart BMS 4S LiFePO4 for battery management and complete protection ● Active balancing ● 120A continuous current ● Bluetooth monitoring via mobile app ● Protection against overcharging, undercharging, short circuit, and temperature