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Category: BMS modules
BMS Modules - Safe Management of Li-Ion Batteries
These are essential components in power systems, ensuring safe and efficient management of lithium-ion batteries. They allow for monitoring cell status, protection against overcharging, deep discharging, and temperature control, which leads to extended battery life and increased user safety. Kamami offers a wide range of BMS modules that can be perfectly tailored to various applications.
There are 17 products.
BMS module for four Li-Ion cells with a voltage of 14.8 V. It has the function of charging with balancer, discharging and over-discharge protection. The cells can be charged with a continuous current of up to 30 A
Protection circuit for four Li-Ion cells with a voltage of 14.8V. The module has the function of charging cells with the option of a balancer, discharging and a function that protects the cells from excessive discharge. The cells can be charged with continuous current up to 10A
BMS module for two 7.4V lithium cells. Charging, discharging and over-discharge protection. The cells can be charged with a continuous current of up to 20 A
Safety system for two Li-Ion cells with 7.4V. The module has the function of charging cells with the balancer, discharging and the function of protecting the cells against discharge. Cells can be charged with continuous current up to 5A. modBMS5A
BMS module for six Li-Ion cells with a voltage of 22.2 V. It has the function of charging, discharging and over-discharge protection. The cells can be discharged with a continuous current of up to 14 A
The protection circuit for one Li-Ion cell with a voltage of 3.2 V. It has the function of charging, discharging and over-discharge protection. The module can work with a current of up to 12 A
The protection system for four Li-Ion cells with a voltage of 14.8 V. The module has the function of charging the cells, discharging and protecting against excessive discharge. The cells can be discharged with a continuous current of up to 18 A
The protection circuit for one Li-Ion cell with a voltage of 3.7 V. It has the function of charging, discharging and over-discharge protection. The cells can be discharged with a continuous current of up to 8 A
BMS system for three Li-Ion cells with a voltage of 12 V. It has the function of charging with balancer, discharging and over-discharge protection. The cells can be charged with continuous current up to 60 A and discharged with current up to 80 A
Safety system for two Li-Ion cells with 11.1V. The module has the function of charging cells with the balancer, discharging and the function of protecting the cells against discharge. Cells can be charged with continuous current up to 20A and discharged with current 40A. modBMS40A
The protection circuit for one Li-Ion cell with a voltage of 3.7 V. It has the function of charging, discharging and over-discharge protection. The cells can be discharged with a continuous current of up to 6 A
The protection circuit for one Li-Ion cell with a voltage of 3.2 V. It has the function of charging, discharging and over-discharge protection. The cells can be discharged with a continuous current of up to 12 A
BMS system for five Li-Ion cells with a voltage of 21 V. It has the function of charging with balancer, discharging and over-discharge protection. The cells can be charged with continuous current up to 60 A and discharged with current up to 80 A
BMS module for three Li-Ion cells with a voltage of 11.1 V. It has the function of charging with a balancer, discharging and over-discharge protection. The cells can be charged with a continuous current of up to 12 A
The protection circuit for one Li-Ion cell with a voltage of 3.7 V. It has the function of charging, discharging and over-discharge protection. The cells can be discharged with a continuous current of up to 12 A
No product available!
BMS system for four Li-Ion cells with a voltage of 16,8 V. It has the function of charging with balancer, discharging and over-discharge protection. The cells can be charged with continuous current up to 60 A and discharged with current up to 80 A
No product available!
The protection circuit for one LiFePo4 cell with a voltage of 3.2 V. It has the function of charging, discharging and over-discharge protection. The cells can be discharged with a continuous current of up to 12 A
No product available!
BMS Modules for Different Battery Configurations
Depending on project requirements, there are different BMS modules available that can support various Li-Ion cell configurations. For example, the PCM 4S 14.8V 30A BMS Module for Li-Ion cells is designed to manage four cells, providing protection and stable power supply. On the other hand, the PCM 3.7V 12A BMS Module for Li-Ion 18650 cells is an excellent choice for projects that require a compact solution with lower power demands.
Advanced BMS Modules for Demanding Projects
For more advanced applications, we offer higher-performance modules such as the PCM 3S 12V 100A BMS Module for Li-Ion cells, which is ideal for managing three cells in projects with high current requirements. Another example is the PCM 4S 16.8V 100A BMS Module for Li-Ion cells, which provides protection and control over four cells, ensuring high performance and safety during operation.
BMS Modules for Lower Power Projects
Kamami also offers BMS modules for projects with lower power requirements. The PCM 2S 7.4V 20A BMS Module for lithium cells is a perfect solution for applications with two cells, offering reliable energy management while maintaining a compact size. This ensures that your projects are not only safe but also optimized for energy efficiency.
Kamami Store Offer
Kamami offers a wide selection of BMS modules that will provide the proper energy management for your Li-Ion battery projects. By collaborating with reputable manufacturers, our products guarantee high quality and reliability. Whether you need a BMS module for a high-power project or a compact solution, you will find the right product in our offer. We invite you to explore our full range and choose the module that best meets your requirements.