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Specializing in the design, development and production of battery management systems (BMS) and protection boards.
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Jan 30,2026
Why Temperature Sensor Placement Matters in BMS Design
In the world of lithium-ion batteries, heat is the ultimate enemy. While most people know that a BMS (Battery Management System) monitors temperature, many don't realize that where those sensors are placed is just as important as the sensors themselves. A poorly placed sensor is like having a smoke detector in the basement when the fire is in the kitchen—by the time it goes off, it's already too late. Here is why strategic sensor placement is the "secret weapon" of a high-quality protection board.
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Shunt vs. Hall Current Sensing in BMS: Which One Wins?
Every Battery Management System needs to know exactly how much current is flowing in and out of the battery. This "current sensing" is what allows the BMS to calculate your "Fuel Gauge" (State of Charge) and trigger Overcurrent Protection. But not all sensors are created equal. In the world of BMS design, there are two champions: Shunt Resistors and Hall Effect Sensors. Here is how they compare and which one belongs in your gear.
How MOSFET Selection Affects BMS Performance
In a Battery Management System (BMS), the MOSFETs (Metal-Oxide-Semiconductor Field-Effect Transistors) are the "muscles" of the board. They act as the high-speed switches that connect or disconnect your battery from your motor or charger.