IDC machine room temperature monitoring method and system based on distributed optical fiber temperature measurement

Abstract

This application provides a temperature monitoring method for an IDC computer room based on distributed optical fiber temperature measurement, which belongs to the field of monitoring technology and is used to solve the problem that the temperature monitoring method in the prior art cannot quickly and real-time display the temperature cloud map of the cabinet. The method includes: Collect the temperature data of the temperature measurement points on the cabinet surfaces of the IDC machine room measured by the distributed optical fiber temperature sensor; the temperature data includes: the position information and the temperature value of the temperature measurement points; Position information, performing interpolation calculation on the obtained temperature data of the temperature measuring point to obtain interpolated cabinet surface temperature data; according to the correspondence between the interpolated cabinet surface temperature data and the preset temperature value and color value to draw a temperature cloud map of the IDC computer room. The method is simple in calculation and has a small amount of calculation, and can draw a cloud map of the cabinet temperature of the IDC computer room in real time, effectively realizing the real-time temperature monitoring of the IDC computer room.

Description

technical field [0001] The present application relates to the field of monitoring technology, in particular to a temperature monitoring method and system for an IDC computer room based on distributed optical fiber temperature measurement. Background technique [0002] Our country is in an era of high-speed information exchange and dissemination, and the information network has been closely integrated with our daily work, life and study. As an important place for information processing and exchange, the location of the Internet Data Center (IDC) is particularly important. The computer room is generally equipped with many switches, storage machines, backup power supplies, refrigeration equipment, fire-fighting equipment, etc. These electronic devices heat up quickly, and the temperature of the computer room may rise beyond the normal temperature of the equipment in a short period of time. In addition, if the equipment in the computer room is short-circuited, overloaded, or th...

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Problems solved by technology

[0005] The method in the prior art has the following defects: high cost, the method needs to use professional CFD software for simulation, the modeling process is relatively complicated, the simulation time of the temperature field of the cabinet is long, and the temperature cloud map of the cabinet cannot be displayed quickly and in real time

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