YY BMS

[Harriet Zhang]

With the rapid development of the electric vehicle market in recent years, ion battery technology has become a mainstream energy system. As an important component of ion battery management, Battery Management System (BMS), its functions and applications are also receiving increasing attention.

Traditional lead-acid batteries or nickel hydrogen batteries have gradually withdrawn from the market due to issues such as weak functionality, low charging and discharging efficiency, and low energy storage density. However, carp ion batteries have quickly occupied the market due to their advantages of long lifespan, high safety, and low cost. Among them, BMS, as an indispensable part of the management of carp ion batteries, plays a crucial role in the battery's lifespan, stability, safety, and other aspects.

At present, BMS on the market has various functions, such as real-time monitoring of battery status, charging and discharging status, voltage, current, temperature and other information, automatic control of the charging process, avoidance of overcharging/undercharging, extension of battery life, implementation of balanced charging, ensuring stable operation of individual batteries, and self-protection for fault diagnosis. It can be described as a "guardian"

BMS is also particularly important in fields such as new energy vehicles, electric bicycles, and electric scooters. The use of high-performance BMS can help electronic devices quickly charge and discharge, store energy, and ensure stable energy supply, thereby improving the efficiency and safety of battery energy utilization, extending the battery life, and bringing users a more convenient, efficient, and comfortable experience

Therefore, we strongly recommend the use of reliable BMS to ensure the effectiveness, safety, stability, and long-term sustainable operation of ion batteries, in order to better protect the environment, reduce energy waste, and bring more convenience to people's lives.

Yanyang BMS(YYBMS) is a system used for lithium-ion battery management, with the following functions:

Battery pack management: It allows for overall management and control of lithium-ion battery packs, real-time monitoring of battery status, charging status, discharge status, current, voltage, temperature, and other information.

Energy management: It can automatically cut off the power supply of the battery pack or regulate the output current according to the controller settings, in order to achieve efficient energy utilization and maximize the safety of the battery pack.

Communication protocol: Supports various communication interfaces such as CAN bus, RS485, RS232, etc., facilitating data transmission between external and upper computer.

Fault detection: Self diagnostic control circuit and battery continuity module condition, automatically realizing system fault alarm when a fault is found, which helps to effectively prevent and handle problems.