The low-voltage power supply energy optimization control strategy is implemented in the Hybrid Control Unit (HCU), the Battery Sensor Unit (BSU) collects low-voltage battery voltage, low-voltage battery current and temperature and calculate the low-voltage battery SOC and the internal resistance.
With lower voltage comes lower overall power consumption, making a system less expensive to run on any existing battery technology and able to function for longer. This is crucially important for portable or mobile systems.
Communication Systems: Low voltage systems are used in data centers and communication infrastructure to power sensitive equipment such as servers and routers. The choice of system depends on the scale, usage requirements, and safety considerations of the particular application.
What’s more it can also significantly reduce the DC/DC power consumption in the cycle and enhance the pure electric driving mileage. The Low-Voltage Power Supply Energy Management System can increase the pure electric driving mileage of the vehicle by 1.72%.
When a new type of battery is to be developed, having a higher voltage for equal or less volume, the influence of a low-voltage constraint is reduced to a large extent. From standard digital design additional drives are found for lowering the supply voltage.
Understanding how low voltage systems work and their advantages can help optimize electrical design and improve safety across various applications. Low voltage systems distribute electricity to devices and equipment at lower voltages, typically between 120 and 1,000 volts.