Outer circulation heat exchange energy-saving device for communication equipment room

Abstract

The invention discloses an outer circulation heat exchange energy-saving device for a communication equipment room. The device is characterized in that a heat exchanger is arranged outside the back of the equipment room, a cooling pipeline is arranged in a frame of the heat exchanger, a cold air collection box is arranged on the left of the heat exchanger, a left cold air channel and a right cold air channel are arranged on an air outlet of the cold air collection box, communication network equipment is arranged in the equipment room, an air-conditioner is arranged at back of the communication network equipment, a ground groove is formed in the bottom end of the air-conditioner, cold air channel grooves are formed in the bottom end of the communication network equipment, cold air inlet net plates are arranged at the upper ends of the cold air channel grooves, cold air outlet holes are formed in the upper end of the communication network equipment, a cold air tank is arranged in the ground groove of the bottom end of the air-conditioner, the cold air channel grooves are sequentially connected with the cold air tank, an exhaust fan is arranged at the right end of a hot air box, an exhaust pipeline is installed on the right of the exhaust fan, an exhaust inlet of the exhaust pipeline is installed in the equipment room, a temperature controller is arranged in the equipment room, and an outdoor temperature sensor is arranged on the left outside of the temperature controller.

Description

technical field [0001] The invention relates to an air circulation device for a communication machine room, specifically an energy-saving device for external circulation heat exchange in a communication machine room. Background technique [0002] With the progress of the society and the rapid development of the communication network business, the communication network sites and IDC communication rooms in various places have been "scattered", and in order to improve the quality of communication, there is a trend of encryption and expansion, and the energy consumption of network equipment operated at the same time also showed a straight-line upward trend. Therefore, how to save energy and reduce consumption under the premise of ensuring network quality, reduce operators' network operation and maintenance costs, and realize "low-cost, high-efficiency" operation is the biggest problem facing every operator. [0003] At present, the existing communication equipment room adopts a...

AI Technical Summary

Problems solved by technology

[0005] One is low efficiency: Due to the moisture-proof and dust-proof requirements of the communication room, the existing communication ventilation equipment generally adopts two-stage filtration and absorption, and two-stage filtration is used. Although the dust-proof and moisture-proof problems are solved to a certain extent, but It also brought about a fundamental problem, that is, after being blocked by the two-stage filter, the actual amount of cold air introduced by the ventilation equipment in the computer room is small, the heat carried by the fresh air is seriously insufficient, and the use effect is not obvious

Second, the maintenance workload is heavy: the change of air quality, ambient temperature and temperature difference is the key period for adjusting the temperature of the computer room. In the three seasons of spring, autumn and winter in the area north of the Yangtze River and Huaihe River in my country, the phenomenon of blowing sand, floating dust and floating flocs is common.

During the operation of the ventilation motor in the computer room, the blowing sand, floating dust, and floating lint often cause the phenomenon of "dirty blockage" in the short-term operation of the two-stage filter

According to the actual maintenance experience, the ventilation and energy-saving equipment in the general computer room will be completely dirty and blocked after running for about half a month, and the two-stage filter needs to be replaced once. There are hundreds of sites in a city, and the maintenance workload can be imagined

The t

Images