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Category: BMS modules
BMS Modules: Comprehensive Management of Your Batteries
In today's world, battery management has become a crucial element in many fields of technology, from consumer electronics to advanced industrial systems. BMS (Battery Management System) modules are essential components that ensure the safety, efficiency, and longevity of batteries. Thanks to them, your batteries will operate in optimal conditions, minimizing the risk of damage and maximizing their lifespan. With the growing popularity of mobile devices, electric cars, and energy storage systems, the need for effective battery management is becoming increasingly urgent. BMS modules not only monitor and manage the charging and discharging process but also protect batteries from overcharging, over-discharging, and overheating. Their advanced features allow for the optimization of cell performance, which is crucial for maintaining high efficiency and safety in power systems. Investing in BMS modules is an investment in the future, where battery technology will play an increasingly significant role in our daily lives.
There are 25 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
BMS protection circuit designed for 6 Li-Ion cells. It has a charging function with balancer option, a discharging function and an over-discharge protection function. HXYP-C47-MA18-6S
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
BMS protection circuit designed for 7 Li-Ion cells. It has a charging function with balancer option, a discharging function and an over-discharge protection function. HXYP-C47-MA18-7S
BMS protection circuit designed for 5 Li-Ion cells. It has a charging function with balancer option, a discharging function and an over-discharge protection function. HXYP-C47-MA18-5S
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
BMS protection circuit designed for 4 Li-Ion cells. It has a charging function with balancer option, a discharging function and an over-discharge protection function. HXYP-C47-MA18-4S
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 3.2 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
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
BMS protection module designed for 13 Li-Ion cells. It has a charging function with balancer option and an over-discharge protection function. Dedicated to an electric bicycle or scooter
BMS protection module designed for 13 Li-Ion cells. It has a charging function with balancer option and an over-discharge protection function. Dedicated to an electric bicycle or scooter
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 protection module designed for 10 Li-Ion cells. It has a charging function with balancer option and an over-discharge protection function. Dedicated to an electric bicycle or scooter
The Importance of BMS Modules
A BMS module, or Battery Management System, is an advanced electronic circuit designed to manage the operation of batteries. Its main task is to monitor battery parameters such as voltage, current, and temperature to ensure safe and efficient charging and discharging of cells. The BMS controls the charging process, ensuring that the battery is charged appropriately, preventing overvoltage, and extending its lifespan.
Monitoring the state of charge (SOC) and state of health (SOH) of batteries is crucial for efficient energy management and ensuring optimal battery operating conditions. BMS systems are designed to precisely monitor these parameters, avoiding situations where the battery could be damaged due to excessive discharge or overheating.
One of the key aspects of BMS modules is battery balancing. This function minimizes differences in the voltages of individual cells, preventing uneven wear and increasing user safety. Battery balancing ensures that each cell in the battery pack is charged to the same level, which is crucial for maintaining the battery's longevity and preventing issues related to overvoltage.
Examples and Applications of BMS Modules
An example of a BMS module is the PCM 3.7V 6A, which is an ideal solution for Li-Ion 18650 cells. It provides comprehensive protection against overvoltage, current, and temperature, while also enabling effective battery balancing. Modules like this are essential in many applications, from small electronic devices to larger power systems, where safety and reliability are priorities.
Benefits of Investing in BMS Modules
Investing in BMS modules means safety and efficiency. They ensure stable and safe operation of batteries, minimizing the risk of failures and damage. Additionally, functions such as battery balancing contribute to the even wear of cells, significantly extending their lifespan. Through precise monitoring and management, BMS modules help optimize energy efficiency, resulting in longer device operation time and financial savings. BMS modules are indispensable in any modern power system based on batteries. They offer comprehensive battery management, controlling the charging process, monitoring battery status, and ensuring their balancing. Thanks to them, your batteries will operate safely and efficiently, which is crucial for the longevity and reliability of the entire system. By investing in BMS modules, you invest in the safety and efficiency of your batteries, translating to better quality and reliability of your devices.