Controllable energy-saving heat dissipation system for communication room servers

Abstract

The invention discloses a controllable energ-saving heat dissipation system for communication room servers. An air conditioner is connected with a cold air distribution passage; the cold air distribution passage is externally connected with one ends of a plurality of total supply air ducts; the other end of each total supply air duct is connected with the bottom of one cabinet; the bottom inside each cabinet is provided with a connection device, a spherical cold air distributing chamber and a control module; the total supply air ducts are connected with the spherical cold air distributing chambers by the connection devices; a total supply air duct outlet below each cabinet is provided with a valve connected with a motor; a temperature sensing module is arranged on each server; all the temperature sensors in one cabinet are connected with the control module positioned in the same cabinet; a plurality of air vents are uniformly arranged on the surface of each spherical cold air distributing chamber; each air vent is externally connected with one end of a daughter supply air duct; an air outlet of the other end of each daughter supply air duct is communicated to the corresponding server; each control module is used for controlling the corresponding motor to rotate to regulate the opening of the corresponding valve according to temperature information; the heat dissipation efficiency is improved; and the energy is saved.

Description

technical field [0001] The invention relates to a cooling system, in particular to an energy-saving cooling system for cooling and cooling heat-dissipating equipment such as servers in a communication machine room. Background technique [0002] In recent years, with the continuous expansion of the scale of communication enterprises, electronic communication equipment has been increasing. The number of servers in the enterprise computer room has increased significantly, and the integration of servers in the cabinet has also continued to increase, resulting in a significant increase in the power of the computer room, which is accompanied by an increase in the heat generated in the computer room. question. Especially in the hot summer, the challenge of high temperature in the computer room is more severe. If there is no effective heat dissipation system for the computer room, the temperature of the computer room may be as high as 30 degrees, and the temperature of the server ...

AI Technical Summary

Problems solved by technology

It solves the uneven heat dissipation caused by the different cooling air volume inside and outside the cabinet, but the cooling air sent to each cabinet by the cooling channel in this way cannot be automatically controlled, and the cooling air volume cannot be automatically adjusted according to the actual needs of each cabinet, which leads to The energy wasted or the heat dissipation effect was not achieved, and the air conditioners were not adjusted according to the cold and hot feedback status of the servers in all cabinets, which also led to energy waste

Moreover, the cold air distribution box only adopts a variable cross-section structure, which cannot achieve the effect of uniform heat dissipation for all servers on the upper and lower sides.

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