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Safety
Protects the battery against overcharge, over-discharge, short circuits and overheating, reducing fire risk.
Learn in plain language how a BMS works, what its components are and where it is used to keep lithium-ion batteries safe, efficient and long-lasting.
A battery management system is a critical component that protects your battery and maximizes its performance.
Protects the battery against overcharge, over-discharge, short circuits and overheating, reducing fire risk.
Keeps all cells in the pack at an equal level to maximize capacity and lifespan.
Continuously measures and reports voltage, current, temperature, state of charge (SoC) and state of health (SoH).
Significantly extends the service life of the battery pack by keeping it within the correct operating range.
Optimizes energy usage to increase range and overall system efficiency.
Talks to the vehicle or device through protocols such as CAN, UART and I²C to share live data.
A BMS appears in almost every field that relies on modern energy storage.
The safety, range and performance of EV batteries depend entirely on the BMS.
Manages the home and grid batteries that store the energy coming from solar panels.
Small-scale BMS applications in phones, laptops and power banks.
Core concepts and current information from the world of BMS.
Learn about state of charge (SoC) and state of health (SoH) and why they matter.
We compare the advantages and disadvantages of the two main cell balancing methods.
We examine how the BMS affects range, safety and charging in EV batteries.
All BMS knowledge, from basic concepts to advanced applications, in one resource.
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