Active Balancer

The capacitor type lithium battery active balancing board uses capacitors to achieve the balance of lithium batteries. It has the advantages of simple structure, small size, low energy consumption, and good balancing effect. It performs better in low-power and high-precision scenarios, and is particularly suitable for applications such as lightweight batteries, drone batteries, and electric vehicles..

17S-24 2A Inductive Active Balancing is a technology that uses the characteristics of inductance to achieve charge and voltage balance among each cell in a lithium battery pack. It uses circuits to balance the charge and voltage between cells to achieve the best performance.

9S-16S 2A Inductive Active Balancing is a technology that uses the characteristics of inductance to achieve charge and voltage balance among each cell in a lithium battery pack. It uses circuits to balance the charge and voltage between cells to achieve the best performance.

5S-8S 2A Inductive Active Balancing is a technology that uses the characteristics of inductance to achieve charge and voltage balance among each cell in a lithium battery pack. It uses circuits to balance the charge and voltage between cells to achieve the best performance.

4S 2A Inductive Active Balancing is a technology that uses the characteristics of inductance to achieve charge and voltage balance among each cell in a lithium battery pack. It uses circuits to balance the charge and voltage between cells to achieve the best performance.

4S/8/16S 5A Capacitor Inductance Active Equalizer Balancer is a technology that uses the characteristics of inductance to achieve charge and voltage balance among each cell in a lithium battery pack. It uses circuits to balance the charge and voltage between cells to achieve the best performance.

16S 2A Inductive Active Balancing is a technology that uses the characteristics of inductance to achieve charge and voltage balance among each cell in a lithium battery pack. It uses circuits to balance the charge and voltage between cells to achieve the best performance.