Integrated internal circulation server rack

Abstract

The invention discloses an integrated internal circulation server rack, which comprises a refrigeration module and a server integration module that are connected side by side. The refrigeration module and the server integration module belong to closed circulation modules. The refrigeration module comprises an air conditioner support, and a compressor, an evaporator, an electronic expansion valve and blower fans that are arranged on the air conditioner support. The server integration module comprises: a mounting support; a server, a monitoring assembly, a distribution assembly and a UPS assembly that are arranged on the mounting support in a concentrated manner; and a front door and a back door that are arranged in front of and at the back of the mounting support respectively. The front portion of the mounting support and the front end of the refrigeration module are communicated to form a cold air channel. The blower fans are arranged on the air conditioner support. Air flow is forced by the blower fans to be blown out of the refrigeration module and pass through the cold air channel to cool the server integration module and then return from a hot air channel to the refrigeration module to achieve a cooling effect, in this way, closed circulation is formed. The integrated internal circulation server rack is of a modularized design, and is convenient to mount. Independent closed refrigeration spaces and a centralized control management mode are formed.

Description

Technical field [0001] The invention belongs to the technical field of refrigeration of air conditioning units, and particularly relates to an integrated cabinet integrating air conditioning, power distribution, and servers. Background technique [0002] The construction of the existing computer room can be divided into five parts in terms of function: 1. Computer room decoration: environmental engineering including the main engine room, office area, system monitoring center, power and other four zones; 2. Air conditioning: including special air conditioning system and fresh air system Etc.; 3. Fire protection: including gas fire protection, fire alarm lights; 4. Weak current system: including computer room integrated wiring, computer room environmental monitoring, KVM, etc.; 5. Electrical system: UPS, diesel generator, lightning protection, power distribution, grounding, etc. . As a result, there are many equipment in the computer room and a long period. There are many types o...

AI Technical Summary

Problems solved by technology

As a result, there are many equipments in the construction of the computer room and the cycle is long

There are many types of equipment in the existing computer room, which wastes space. Moreover, UPS, power distribution, batteries, and IT cabinets may come from different manufacturers. Multiple flat-screen equipments are operated and maintained separately, which increases the difficulty of management and coordination.

In addition, various equipment cabinets are scattered and take up a lot of space, and the messy cables make daily management and troubleshooting difficult

In addition, due to the lack of power environment monitoring capabilities, it is not possible to detail each cabinet, and it is impossible to predict failures in time

When there are fewer server cabinets, it is even more wasteful to build computer rooms and supporting facilities

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