1S - 3.7v 3A Li-Ion BMS protection board
8S - 29.6v 20A Li-Ion BMS protection board
BMS protection Li-Ion 2S - 7.4v 3A
BMS Li-Ion protection board 7S - 25.9v 30A
BMS Li-Ion 2S protection board - 7.4v 20A
Protection BMS Li-Ion 3S - 11.1V 20A
8S 28V 28A LiFePo4 BMS protection board
8S - 29.6v 20A Li-Ion BMS protection board
7S 20A Li-ion BMS Protection Board with Balance
BMS for 4S 8A Lifepo4 battery
BMS for Lifepo4 battery 3S-4S-5S 50A
BMS for Lifepo4 battery 1S 3.2V 12A
BMS protection board Lifepo4 BMS 2S 6.4V 10a
BMS Li-ion protection board 6S to 13S - 25A
BMS LiFEPO4 4S protection board - 12.8V 100A
BMS Li-Ion protection board 6S - 22.2v 40A
5S - 18V 15A Li-Ion BMS Protection Board
BMS protection board Li-Ion 4S - 14.8v 30A
8S 24V 60A LiFEPO4 BMS protection board
7S LiFEPO4 BMS Protection Board for 24V 20A Battery
4S Li-ion BMS Protection Board for 14.8V 50A Battery
4S Li-Ion BMS Protection Board -for 14.8v 25A battery
BMS Li-Ion 2S protection board - 7.4v 20A
8S - 29.6v 20A Li-Ion BMS protection board
FAQ sur les BMS
What is a BMS in a Li-Ion battery and what is it used for?
A BMS (Battery Management System) is an electronic device integrated into Li-Ion batteries and other types of rechargeable batteries. Its main function is to monitor and manage the charging, discharging and overall condition of the battery to ensure optimal performance and extend battery life. BMS also ensure safety by preventing overcharging, deep discharge, short circuits and overheating.
What are the main products available in the BMS collection?
The BMS collection offers a variety of protection boards for Li-Ion and LiFePo4 batteries. Among the available products are protection boards for different cell configurations and current capacities. For example, we have boards like the 2S Li-Ion BMS Protection Board - 7.4v 20A, the 3S Li-Ion BMS Protection Board - 11.1V 20A, and the 4S LiFEPO4 BMS Protection Board - 12.8V 100A, to name a few.
For what applications can a 2S - 7.4v - 20A Li-Ion BMS be used?
A 2S - 7.4v - 20A Li-Ion BMS is ideal for applications requiring stable and reliable power at this voltage and current. These applications may include portable devices, energy storage systems, medical equipment and light electric vehicles. Because of its ability to handle 20A, it is particularly suitable for devices that require temporarily high power.
How to choose the right BMS for my LiFePo4 battery?
To choose the right BMS for your LiFePo4 battery, you need to consider several important factors: the number of cells in series (S), the total capacity (Ah or mAh), and the maximum discharge current. Make sure the BMS supports the nominal voltage of your battery and can handle the charge and discharge current of your specific applications. For example, for an 8S LiFePo4 battery requiring 28V and 28A, the 8S 28V 28A LiFePo4 BMS Protection Board would be appropriate.
What advantages does a BMS protection board offer over a battery without BMS?
A BMS protection board offers several key advantages over a battery without a BMS. It improves safety by preventing the risk of fire or explosion caused by overcharging or overheating. The BMS ensures optimal charge and discharge management, which extends the battery life. In addition, it provides real-time monitoring functions that help maintain the battery's performance at its optimum level.
What are the criteria to check when installing a BMS for Li-Ion battery?
When installing a BMS for a Li-Ion battery, it is essential to ensure that the connections are made correctly according to the wiring diagram provided by the manufacturer. Check that the BMS is compatible with your cell configuration in series (S) and parallel