A method for transmitting the operating environment monitoring status of power equipment in a computer room

Abstract

The invention discloses a transmission method for monitoring the operating environment of power equipment in a machine room, comprising: S01, constructing a platform database, an activity alarm table is preset in the platform database, and a number of alarm information is stored and recorded in the activity alarm table, and a number of alarm information The information is configured with an alarm serial number; S02. The acquisition device triggers and generates an alarm message according to preset conditions and uploads it. The alarm message includes the alarm serial number and alarm information; S03. The interface server receives the alarm message uploaded by the acquisition device, Then forward the alarm message to the platform database; S04, the platform database receives the alarm message forwarded by the interface server, and then writes it into the active alarm table according to the preset conditions; Preprocessing is carried out before storage, which not only has efficient response and reliable communication, but also can improve the reliability of the feedback of the alarm information in the alarm table, and improve the efficiency and accuracy of system maintenance.

Description

technical field [0001] The invention relates to the technical field of data transmission, in particular to a transmission method for monitoring the operating environment of power equipment in a computer room. Background technique [0002] The operating environment monitoring of the power equipment in the computer room is an important part of the dynamic environment monitoring work. Whether the environmental data obtained by the acquisition equipment can be effectively and accurately uploaded to the platform database directly affects the emergency measures that the remote monitoring personnel take to maintain the computer room. ; However, most of the existing monitoring alarm feedback is that the collection device sends the alarm message to the interface server, and then the interface server directly transmits it to the platform database for storage, and the original alarm table preset in the platform database is used to store and receive these alarms Messages, and then proce...

AI Technical Summary

Problems solved by technology

[0002] The operating environment monitoring of the power equipment in the computer room is an important part of the dynamic environment monitoring work. Whether the environmental data obtained by the acquisition equipment can be uploaded to the platform database effectively and accurately will directly affect the emergency measures that the remote monitoring personnel take to maintain the computer room. ; However, most of the existing monitoring alarm feedback is that the collection device sends the alarm message to the interface server, and then the interface server directly transmits it to the platform database for storage, and the original alarm table preset in the platform database is used to store and receive these alarms Messages, and then process alarms and restore alarm data according to the chronological order of storage, which leads to multiple alarm messages being generated in the original alarm table once an alarm message marked as active alarm information is sent multiple times , so that the background personnel have no way of knowing whether the acquisition equipment has multiple faults or multiple repeated alarms caused by a single fault that has not been eliminated. In addition, when the recovery alarm text and the activity alarm text are reported in sequence, the recovery alarm precedes the activity alarm When it arrives and is used to indicate that the current alarm has returned to normal, the platform database will ignore the information of the recovery alarm because it receives the active alarm later or because the processing is misplaced, the current original alarm table still reflects the active alarm status, which also makes The background personnel cannot directly and accurately judge the alarm information conveyed by the collection equipment, which greatly affects the difficulty of maintenance and wastes a lot of human resources for troubleshooting, resulting in high maintenance costs

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