All Categories

Product

Home >  Product

JKESS-BMU-24

The slave BMS is an important part of the energy storage battery management System (BMS), which plays a decisive role in the safe application and life extension of the energy storage battery pack when it is used in groups. The slave control unit can ...
  • Overview
  • Related Products

The slave BMS is an important part of the energy storage battery management System (BMS), which plays a decisive role in the safe application and life extension of the energy storage battery pack when it is used in groups. The slave control unit can realize the real-time monitoring of the battery state by accurately collecting the voltage and temperature of each single battery, The module has reliable data communication function. During the operation of the System, it can realize the communication with the main control unit of the battery management System or other necessary equipment. In the design, a highly reliable automotive control chip is used, and the latest acquisition technology is used, which has high acquisition accuracy and provides a good physical basis for SOC estimation.

 

Functions and Features
Support 6S-24S monomer woltage acquisition function
Support up to 12 channels of external temperature acquisition function

☆Supports Bidirectional DC Balance and can provide a balance current of not less than 2A
☆lsoSPl communication
☆1Way CANBUS communication
☆2high Side switch Outputs
☆4Way GPlO port:: input and Output can be configured

 

Application Scope
Suitable for lithium iron phosphate batteries(Lifepo4), Ternary lithiumbatteries(Li-ion), Lithium manganese oxide batteries(LiMnzO.), Lithium titaniumoxide batteries(LTO), and lithium cobalt oxide batteries(LiCoO2), Sodium-ionbatteries;
Energy storage System, Energy storage Power station;Backup Power supply for communication base stations and radar groundstations.
Upgrade the capacity of old batteries in a tiered manner;

 

Maximum limit parameter
 
image.png
 
Notes:
1) The maximum limit value means that beyond the working range, the module may be permanently damaged.
2) When the temperature rises, the maximum allowable Power consumption decreases, which is determined by the maximum working temperature T, ambient temperature TA and heat dissipation conditions.
 
Electrical parameters
Unless otherwise specified, the following parameters refer to the maximum limit
Parameters at 25 ℃ ambient temperature
 
image.png

Get a Free Quote

Our representative will contact you soon.
Email
Name
Company Name
Message
0/1000