Control system of indirect adiabatic and evaporative cooling devices of data center

Abstract

The invention provides a control system of indirect adiabatic and evaporative cooling devices of a data center. The control system comprises a controller, a sensor and a management server, wherein thecontroller comprises a plurality of interfaces, the controller is in communication connection with each indirect adiabatic and evaporative cooling device in a machine room of the data center throughat least one connection mode via the interfaces; the sensor is used for acquiring the environment temperature and the environment humidity of the interior of the machine room and the outside of the data center; the controller is used for acquiring operating data, environment temperature and environment humidity of each indirect adiabatic and evaporative cooling device, sending the operating data,the environment temperature and the ambient humidity to the management server, receiving control commands of the indirect adiabatic and evaporative cooling devices from the management server, and controlling the indirect adiabatic and evaporative cooling devices through the control commands; and the management server is in communication connection with the controller, and the management server isused for receiving operating data, environment temperature and environment humidity from the controller, and generating a control command according to the received data and operating states of computing equipment in the machine room.

Description

technical field [0001] The invention relates to the field of infrastructure management of a data center, in particular to a control system of an indirect evaporative cooling device (Indirect Adiabatic and Evaporative Cooling, hereinafter referred to as IDEC) of a data center. Background technique [0002] The traditional solution mainly uses the IDEC equipment's own controller to control the IDEC equipment in the data center, and uses serial server, gateway and other equipment to upload the IDEC equipment's operating parameters to the power environment system of the computer room, but the power environment monitoring system Only monitor IDEC devices, but do not participate in control. [0003] The shortcomings of traditional solutions mainly include the following aspects: [0004] 1. Only the traditional IDEC equipment failover, load addition and reduction and other group control schemes can be implemented, and the control scheme strategy cannot be optimized according to th...

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Problems solved by technology

[0004] 1. Only traditional IDEC equipment failover, loading and unloading and other group control schemes can be realized, and the control scheme strategy cannot be optimized according to the IT equipment load in the computer room, the indoor and outdoor ambient temperature of the computer room, etc.

The matching degree between the operation strategy and the actual demand of the IT load in the computer room and the indoor and outdoor ambient temperature of the computer room is low;

[0005] 2. It can only identify the faults that have occurred, and solve them only when the faults have occurred and affect the normal operation of the computer room, which reduces the level of safe operation of the data center

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