Container data center and its cooling system

Abstract

The invention relates to a counter data centre which comprises a counter and two sets of server systems, wherein the two sets of server systems are arranged in the counter in parallel; a plurality of air blowing devices are arranged in the two sets of server systems; each of the air blowing devices comprises a flow-guiding plate, a flow-guiding plate direction actuator and a micro-controller; the flow-guiding plate is rotatably arranged; the flow-guiding plate direction actuator is used for controlling the rotation of the flow-guiding plate; the micro-controller is used for controlling the flow-guiding plate direction actuator; the server systems on two front opposite sides of each of the air blowing devices are respectively provided with a temperature sensor; the micro-controller is used for receiving temperature signals sensed by the two temperature sensors and comparing the temperature signals; and when the temperature signal sensed by one temperature sensor is more than the temperature signal sensed by the other temperature sensor, the flow-guiding plate is controlled by the micro-controller to rotate toward one side of the server system with higher temperature, under the action of the flow-guiding plate direction actuator. A radiating system is applied to the counter data centre, thereby being capable of efficiently promoting radiating efficiency and saving electric energy.

Description

technical field [0001] The invention relates to a container data center and a cooling system 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 set up two rows of server systems, and each row of server systems is provided with a number of blowing devices at intervals. When working, the blowing devices blow out cold air to dissipate heat for the server systems on the opposite side. However, the fluidity of the cold air blown out by the blower device is random, and a larger air volume must be provided to meet the heat dissipatio...

AI Technical Summary

Problems solved by technology

However, the fluidity of the cold air blown out by the blower device is relatively random. If the heat dissipation requirements are to be met, a larger air volume must be provided to meet the requirements, so the electric energy for controlling the cold wind blown out by the blower device must be wasted.

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