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The principle of Liquid Cold Plate is to form a flow channel in a metal plate, and the electronic components are installed on the surface of the water-cooled plate (with a heat-conducting medium in the middle). The internal coolant enters from the inlet and flows out from the outlet with the heat of the components. While water or water/glycol are the most common fluids used in liquid cooling, gasoline, oil, and refrigerant are other fluids that can be utilized.

The principle of Liquid Cold Plate is to form a flow channel in a metal plate, and the electronic components are installed on the surface of the water-cooled plate (with a heat-conducting medium in the middle). The internal coolant enters from the inlet and flows out from the outlet with the heat of the components. While water or water/glycol are the most common fluids used in liquid cooling, gasoline, oil, and refrigerant are other fluids that can be utilized.

Heat pipes are highly efficient heat conduction devices. Their working principle utilizes the characteristics of phase change heat transfer, which can achieve rapid heat dissipation under low temperature differences. This makes heat pipes particularly important in high-performance computing environments, especially when the processor is running under high load, maintaining a suitable temperature is crucial to system stability. With its excellent thermal conductivity, the heat pipe thermal module can effectively reduce the temperature of the server CPU and GPU, and improve the operating efficiency and service life of the equipment.

The stamped power supply housing provides multi-faceted protection for the power supply core. It resists external impact, dust and moisture with its solid structure, ensuring the safety and stability of internal components. Its good thermal conductivity and heat dissipation design, such as heat dissipation holes and fins, help dissipate heat and maintain a suitable temperature. At the same time, it has electromagnetic shielding performance to reduce internal and external electromagnetic interference.

Stamped power supply aluminum shell is a common type of power supply shell. Compared with traditional steel shell, the weight of aluminum shell is greatly reduced. In some occasions where there are requirements for equipment weight, such as power supply applications in portable electronic devices, aerospace and other fields, it has obvious advantages and is easy to carry and install.

When the power supply is working, the power consumption of electronic components will generate heat. The power supply shell can act as a heat conduction medium to transfer the heat generated by the internal components to the shell surface. For example, some metal power supply shells (such as aluminum shells) have good thermal conductivity and can quickly transfer heat from the internal components to the shell, and then dissipate it through heat exchange between the shell and the surrounding air.