Container data center and air inlet device thereof

Abstract

The invention discloses a container data center, comprising a container capable of being transported by a traffic tool, two groups of server systems arranged in the container side by side, fan systems arranged at two sides of the upsides of the two groups of server systems, heat-exchange systems arranged above the two groups of server systems, and an air inlet device arranged above between the two groups of server systems, wherein the air inlet device comprises a plurality of air guiding assemblies with air guiding holes, the air guiding assemblies are connected side by side to cover a cold air channel between the two groups of server systems, and the air guiding assembly at a middle position of the air inlet device is arranged at the lowest end of the air inlet device. According to the container data center, by using the air inlet device, the air quantity for heat radiation can be effectively controlled and the electric energy can be saved.

Description

technical field [0001] The invention relates to a container data center and an air inlet device thereof. Background technique [0002] With the development of online applications, the demand for data centers is growing rapidly. A data center is a large-scale centralized computing facility, which usually includes a large number of servers. These servers are placed in racks to form a server system. Since there are many server systems and they are all installed in the data center, the overall cooling solution of the data center becomes very important. [0003] A common heat dissipation method is to send cold airflow downwards from the upper air intake device (such as an opening) between two rows of server systems to dissipate heat from the servers, and the hot air emitted by the servers is discharged from both sides of the two rows of server systems To the heat exchanger at the top of the server system, through the heat exchanger, the hot air is re-turned into a cold air flow,...

AI Technical Summary

Problems solved by technology

However, the cold air flow in this heat dissipation method is evenly passed down when it enters between the two rows of server systems from the air intake device. In this way, the air flow reaching the bottom of the server system may be insufficient or there may be heat return. If the air flow requirement under the system is required, the air volume of the cold air flow discharged from the air intake device must be large enough, which will consume more energy and reduce the heat dissipation efficiency.

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