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Liquid cooling heat exchange unit
The cabinet - type liquid - cooling heat exchange unit (CDU) is mainly composed of components such as cabinets, water pumps, plate heat exchangers, valves, canned pumps, and pipelines. The materials used are corrosion - resistant stainless steel (304/316), titanium alloy, etc., and they are passivated and chemically treated. The working principle is that the water pump pumps the filtered coolant to the plate heat exchanger. After being cooled by the plate heat exchanger, the coolant is sent to the liquid - cooling system to cool the heat source. In this way, it circulates to continuously dissipate heat from the heat source.

Application scenarios

Data center: Large - scale data centers can improve heat dissipation efficiency and reduce operating costs by using liquid - cooling technology. The PUE value can be reduced to below 1.1.

Artificial intelligence: Liquid - cooling systems can support the training of complex neural network models, providing better performance and energy efficiency.

Supercomputing: Used to handle a large amount of data and computing tasks in supercomputers.

High - performance computing: In scenarios that require high computing power and intensive heat dissipation, such as scientific computing and simulation.

New energy charging piles: Applied to the liquid - cooling ultra - fast charging heat of automobile charging piles.

Blockchain: Heat dissipation of computing power devices in blockchain.


Product features

N + 1 redundant pump design

High - efficiency and energy - saving, natural cooling throughout the year

Touch display screen

Fully variable - frequency water pumps, automatic flow distribution and adjustment

PUE < 1.15