External wall-mounted type cold airflow and hot airflow separated fine air conditioner structure

Abstract

The invention relates to an external wall-mounted type cold airflow and hot airflow separated fine air conditioner structure. The structure comprises an external wall-mounted type indoor unit, an external wall-mounted type outdoor unit, a cold airflow and hot airflow separated pipeline and a micro-integrated network cabinet. The wall-mounted type indoor unit and the wall-mounted type outdoor unit are connected through a connection pipe, and the indoor unit is connected with the micro-integrated network cabinet through the cold airflow and hot airflow separated pipeline. The structure has the advantages that the effective available space of the micro-integrated network cabinet is increased through the external fine air conditioner; by means of the thermostatic and humidistatic fine air conditioner, the problem about network equipment cooling of the integrated network cabinet is solved and an excellent running environment is achieved; by the adoption of the cold airflow and hot airflow separated pipeline, the energy consumption caused by heat convection between the cold airflow and the hot airflow is avoided, and meanwhile, the external fine air conditioner reduces the noise in the integrated network cabinet or the noise in a micro air-conditioner room where the external fine air conditioner is placed.

Description

technical field [0001] The invention relates to the application of an external wall-mounted cold and hot air flow isolation type precision air conditioner structure in a micro-integrated data machine room, in particular to an external wall-mounted cold and hot air flow isolation type precision air conditioner structure. Background technique [0002] Traditional centralized and container data centers adopt centralized construction. Generally, it is necessary to start from land planning and design large-scale data centers in a targeted manner. The planning and construction period is as long as 2-3 years, with poor appearance consistency and disorderly wiring. Time-consuming and labor-intensive, the initial equipment investment is huge, and this construction mode is very inflexible. It is often unrealistic to expand the cabinet capacity and upgrade the power load of each server cabinet according to market demand. [0003] In the existing situation where the space is relatively ...

AI Technical Summary

Problems solved by technology

[0002] Traditional centralized and container data centers adopt centralized construction. Generally, it is necessary to start from land planning and design large-scale data centers in a targeted manner. The planning and construction period is as long as 2-3 years, with poor appearance consistency and disorderly wiring. Time-consuming and labor-intensive, the initial equipment investment is huge, and this construction mode is very inflexible. It is often unrealistic to expand the cabinet capacity and upgrade the power load of each server cabinet according to market demand.

[0003] In the existing situation where the space is relatively small, the ventilation environment is poor, and the power of network equipment is small, household air conditioners and fans are traditionally used to dissipate heat from related equipment or directly through internal and external air circulation. However, dust often enters the room from outside the cabinet with the airflow. In the cabinet, which affects the performance and service life of electrical equipment, and the accumulation of flying dust for a long time can easily lead to damage to electrical equipment, and there are great hidden dangers. At the same time, the space requirements of the computer room are large, and effective and efficient low energy consumption has not been achieved. market demand

[0004] Based on this, the existing micro-computer rooms have problems such as low cooling efficiency, high energy consumption, low space utilization, poor appearance consistency, time-consuming and labor-intensive wiring, and difficult maintenance.

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