Data communication between high-voltage BMS and the host computer is the key to realizing intelligent management of energy storage systems.
There are mainly the following common communication methods:
CAN bus communication
CAN bus is a field bus protocol widely used in the field of industrial control, with the advantages of strong anti-interference ability and reliable communication. High-voltage BMS usually uses CAN bus to communicate with the host computer, and the host computer can monitor various parameters of the battery pack in real time.
UART serial communication
UART is a commonly used serial communication interface for single-chip microcontrollers. High-voltage BMS can exchange data with the host computer through UART to achieve remote monitoring and diagnosis of battery packs.
Ethernet communication
Ethernet has been gradually applied to energy storage systems due to its advantages such as high bandwidth and low cost. High-voltage BMS can use Ethernet communication interface to realize data transmission with the host computer and support remote intelligent management.
Wireless communication
Wireless communication technologies such as WiFi, 4G/5G, etc. can realize wireless networking between high-voltage BMS and the host computer, further improving the intelligence level and remote management capabilities of the system.
No matter what communication method is used, high-voltage BMS needs to have reliable communication protocols and security mechanisms to ensure the accuracy and security of data transmission, so as to meet the real-time monitoring and intelligent management needs of energy storage systems.
