In our previous articles. we once introduced some BMS according to the different application.  but this time , we will introduce it in system so that you can know clearly.

     BMS has many standard to sort . so many people don’t know how to choose.now we introduce the standard and types 

     1 . We Classify by hardware architecture (the most commonly  selection criterion)

1).  firstly Integrated  BMS

Features  as below : Single mainboard collects voltage and temperature data for all cells; extensive wiring, low cost, no separate slave controllers; prone to complete group failure in case of failure. Suitable for: Low-voltage, low-series (3S~24S, 12~96V)

Application as below :  Electric two-wheelers/tricycles, low-speed mobility scooters, portable outdoor power supplies, small-capacity power banks, power tools

2). Secondly Distributed BMS (Master + Slave Controller)

Features as below

: Multiple slave controller boards collect data from nearby module cells; CAN/daisy-chain communication; high-voltage isolation; strong scalability; single slave failure does not cause the entire pack to crash. Suitable for: High-voltage, high-capacity (>48V, 400/800V vehicles)

Application as below :

New energy passenger vehicles, buses, heavy trucks, large-scale industrial and commercial energy storage power stations, marine power batteries

3). Thirdly Modular BMS (Hybrid Architecture)

Features as below : Standardized modular BMS; modules can be added or removed as needed, balancing cost and capacity expansion; multi-cluster cascading is possible.

Application as below :: Assembleable energy storage, forklift batteries, RV power supplies, industrial and commercial cascade energy storage, base station backup power.

in order not to make the heavy board on the reading , i will split it into 3 articles to introduce 

this is PART 1 . If there is any question,  Pls onctact us : info@hzhim.com