A single-phase submerged liquid-cooled cabinet

Abstract

The invention discloses a single-phase submerged liquid-cooled cabinet. The liquid-cooled cabinet includes a cabinet shell. Several sub-liquid separation chambers are arranged along a first direction in the cabinet shell. , the liquid sub-tube is provided with a number of liquid through holes, and several liquid sub-tubes are connected in series to form a liquid distribution main pipe extending along the first direction; then, an electronic device is placed vertically above each sub-liquid chamber, and several electronic devices The second liquid inlets of the equipment correspond to each other and communicate with several sub-liquid separation chambers; in this way, after the first liquid inlet of the cabinet shell flows into the liquid distribution main pipe, the cooling liquid can be divided from several liquid separation sub-pipes into several sub-liquid separation chambers respectively corresponding to them, and then flow through several electronic devices in isolation from several sub-liquid separation chambers, and then converge to the first liquid outlet of the cabinet shell, so as to realize independent liquid for each electronic device. Cooling and heat dissipation; it solves the technical problem that the existing liquid-cooled cabinets are difficult to meet the differentiated needs of various electronic devices for the cooling liquid flow.

Description

technical field [0001] The invention relates to the technical field of liquid cooling and heat dissipation, in particular to a single-phase submerged liquid cooling cabinet. Background technique [0002] Single-phase immersion liquid cooling cabinets are used for liquid cooling and heat dissipation of electronic equipment. Generally speaking, the bottom of the side wall of the single-phase immersion liquid cooling cabinet is provided with a liquid inlet, and the top of the side wall is provided with a liquid outlet. Then, the electronic equipment is placed inside the single-phase immersion liquid cooling cabinet, and the cooling liquid Flow in from the lower liquid inlet and flow out from the upper liquid outlet, where the cooling liquid will exchange heat with the electronic equipment when passing through the electronic equipment, and the cooling liquid with increased temperature after the heat exchange will be released at the external cold source Heat; that is, the coolan...

AI Technical Summary

Problems solved by technology

[0007] On the basis of the above, it is easy to understand, in order to meet the needs of each electronic device for the difference in cooling liquid flow, the liquid-cooled cabinet of this embodiment can, for example, adjust the number of liquid separation through holes on the liquid separation tube, the size of the hole, location, etc. to meet the above requirements, thereby solving the technical problem that the existing liquid-cooled cabinets are difficult to meet the different needs of the cooling fluid flow of each electronic device, and realizing the heat generation of each electronic device in the liquid-cooled cabinet and the corresponding coolant circulation volume Matching technical effect, simple structure, easy to realize

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