Liquid cooling cabinet, data center and edge computing node

Abstract

The invention discloses a liquid cooling cabinet, a data center and an edge computing node. The liquid cooling cabinet comprises a liquid cooling cabinet body, a baffle plate, an opening and closing mechanism and a supporting plate; the supporting plate is arranged in the liquid-cooling cabinet body, divides the space in the liquid-cooling cabinet body and is used for supporting equipment to be cooled, and a mechanism allowing cooling liquid to flow is arranged on the supporting plate; when to-be-cooled equipment is arranged on the supporting plate, the opening and closing mechanism controls the baffle to move in the direction away from the supporting plate, the baffle is made to be in the first state, and cooling liquid flows upwards through the mechanism allowing the cooling liquid to flow; when the to-be-cooled equipment is removed from the supporting plate, the opening and closing mechanism controls the baffle to move in the direction close to the supporting plate, so the mechanism allowing the cooling liquid to flow is in a second state; when the baffle is in the two states, the flow rates of the cooling liquid flowing through the mechanism allowing the cooling liquid to flow are different. By adopting the liquid cooling cabinet, the problem that liquid flow is bypassed when the local slot position of the existing liquid cooling cabinet is lack of a device to be cooled is solved.

Description

technical field [0001] The present application relates to the field of servers, in particular to a liquid-cooled cabinet, and also to a data center and an edge computing node. Background technique [0002] The rapid development of big data and cloud computing has made the world more interconnected and human life more convenient. At the same time, more and more data has been generated behind it, and the data is growing at a speed beyond imagination; the growing data requires more and more computing power for analysis and processing. Looking back on the development of processors in the past 40 years, we can see that Moore's Law has gradually slowed down. When Moore's Law has slowed down, there are two main directions to pursue higher computing power: one direction is inward, and the internal construction of the server is used to More computing units increase the computing power of a single computer, which directly leads to new challenges in chip power consumption and heat dis...

AI Technical Summary

Problems solved by technology

[0006] The present application provides a liquid-cooled cabinet, which solves the problem of liquid flow bypassing in the existing liquid-cooled cabinet when a local slot lacks a cooling device.

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