According to the backup power of the battery, it is very suitable for fixed
and mobile use with power ranging from several kilowatts to hundreds of
kilowatts, and can provide reliable and effective power for various uses.
There are many challenges in completing a battery management system for
energy storage, and the solution is not simply an extension of the management
system for small, lower capacity battery packs. On the contrary, new and more
complex strategies and critical support components are needed.
The starting point of the challenge is to require high accuracy and
credibility in the measurement values of many crucial battery parameters. In
addition, the planning of subsystems must be modular to enable customization of
configurations according to specific usage requirements, while also considering
possible expansion requirements, overall management issues, and necessary
maintenance.
The working environment of larger storage arrays also brings other
significant challenges. In situations where the inverter voltage/current is high
and leads to current spikes, the BMS must also provide accurate and common data
in noisy electrical environments, often at high temperatures. In addition, BMS
must provide a wide range of "fine" data for internal module and system
temperature measurements, rather than a limited number of rough total data, as
these data are crucial for charging, monitoring, and discharging.
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