Alarm work order linkage operation and maintenance management method based on data center DCIM system

Abstract

The invention discloses an alarm work order linkage operation and maintenance management method based on a data center DCIM system, and belongs to the technical field of system alarm work order linkage operation and maintenance management methods. A patrol maintenance management module is in electrical output connection with a data center DCIM control system which processes and analyzes equipment monitoring conditions and personnel guarding conditions and makes alarm judgment; and the work order allocation module is in electrical output connection with an archive management module for storing allocation work orders and maintenance records and an operation and maintenance linkage management module for performing linkage control on equipment according to work order information allocation instructions, and the operation and maintenance linkage management module is in electrical output connection with an execution mechanism layer. All-weather and visual field operation and maintenance monitoring can be achieved, the management purposes of safe operation of facilities and equipment, efficient management operation and intensive resource utilization are achieved, meanwhile, an emergency scheme is set based on the alarm condition, safety is improved, and powerful comprehensive support can be provided for decisions of different stages and different requirements.

Description

technical field [0001] The invention relates to the technical field of system alarm work order linkage operation and maintenance management method, in particular to a data center-based DCIM system alarm work order linkage operation and maintenance management method. Background technique [0002] With the continuous development of computer technology and mobile device technology, enterprises have higher and higher requirements for operation and maintenance efficiency. Facing the existing and upcoming power communication network, the existing operation and maintenance management mode lacks real-time and intelligent job scheduling The management method will face more and more heavy work pressure, which not only reduces the work efficiency of the dispatching management personnel, but also causes the on-site operation and maintenance personnel to fail to perform standardized operations in accordance with the system requirements during the operation and maintenance process, causing...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of computer technology and mobile device technology, enterprises have higher and higher requirements for operation and maintenance efficiency. Facing the existing and upcoming power communication network, the existing operation and maintenance management mode lacks real-time and intelligent job scheduling The management method will face more and more heavy work pressure, which not only reduces the work efficiency of the dispatching management personnel, but also causes the on-site operation and maintenance personnel to fail to perform standardized operations in accordance with the system requirements during the operation and maintenance process, causing hidden dangers to the operation and maintenance and restricting The safe and stable operation of the power communication network requires the system to detect the problem and respond in a timely manner when a problem occurs. Most of the work order system currently requires human intervention and processing, which not only consumes a lot of manpower costs but also improves work efficiency. It is not high. In order to achieve the optimal staffing and quick response at the same time, and the current work order adopts the mode of manual assignment, there is a lack of reasonable and effective dispatch management for the on-site work order, which has caused hidden dangers to the safe production of power companies. At the same time Under the existing operation and maintenance mode, there is a lack of real-time work order scheduling transmission support, and it is impossible to realize real-time and intelligent work order scheduling transmission, which restricts the efficiency of on-site operation and maintenance work. Therefore, we propose an alarm system based on the data center DCIM system. Work order linkage operation and maintenance management method

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