Cabinet heat radiation device and cabinet heat radiation system

Abstract

The invention relates to a cabinet heat radiation device and a cabinet heat radiation system. The cabinet heat radiation device comprises an intelligent temperature control assembly, a heat radiation assembly and a water cooling assembly. The intelligent temperature control assembly, the heat radiation assembly and the water cooling assembly are connected with an external power supply. The intelligent temperature control assembly comprises a plurality of temperature-and-humidity sensors and an intelligent controller. The heat radiation assembly comprises at least one air cap. The water cooling assembly comprises a water cooling pipe, a water pump and a closed cooling tank which is arranged below the cabinet body. The cabinet heat radiation device and the cabinet heat radiation system can realize heat radiation on the cabinet body through the heat radiation assembly and further effective heat radiation on the cabinet through the water cooling assembly. Furthermore the powers of the heat radiation assembly and the water cooling assembly are adjusted through the intelligent controller so that the temperature in the cabinet is lower than a preset threshold, thereby ensuring stable operation of equipment in the cabinet and improving safety.

Description

Technical field [0001] The invention relates to the technical field of heat dissipation and cooling, in particular to a cabinet heat dissipation device and system. Background technique [0002] As one of the IT network equipment supporting platforms, cabinets are not only widely used in telecommunication-level Internet data centers, but also widely used in physical structure platforms for data storage in government, banks, educational institutions, financial securities, and enterprises. With the rapid growth of demand for data computing services and high-performance computing, the overall design and management system of the cabinet is facing many technical challenges. Due to the universal demand for data analysis, in addition to the traditional computer room data center construction technology in the design of cabinets, in recent years there has also been a demand and technological development direction for a highly integrated, relatively small, and easily movable cabinet system....

AI Technical Summary

Problems solved by technology

[0004] 1. The depth of the traditional 42U general-purpose cabinet is 1999mm, the height is very large, and the through-hole ratio is very low. These shortcomings cause high requirements for the cooling structure of the cabinet system, otherwise it will cause high power costs

[0005] 2. The traditional cabinet system relies more on the mutual cooperation of the fan and the air conditioning system in the computer room in terms of heat dissipation

Its advantage is that the reasonable design can ensure uniform air flow, which can be sent to far away areas, and the wind noise can be effectively reduced through the anechoic box, but the design of the static pressure box is based on the existing air volume design and cannot be changed at will, otherwise it may be possible Causes problems of uneven air supply

[0006] 3. The traditional cabinet system does not have any power backup system. Once the power supply of the equipment in the IDC computer room or the cabinet fails or has problems, it will cause major problems such as equipment downtime and data loss.

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