Distributed edge micro-cloud monitoring system based on container technology

Abstract

The invention discloses a distributed edge micro-cloud monitoring system based on a container technology. The system comprises a main control center and an edge computing platform; the main control center comprises a cluster management module, a cluster monitoring module and a data storage module; the edge computing platform is arranged in a local server of each transformer substation and communicates with the main control center, the edge computing platform comprises a data acquisition module, an edge Prometheus monitoring module and a local operation and maintenance management module, and when a network is smooth, the edge computing platform normally acquires operation data of the transformer substation and uploads the operation data to the main control center, and at the same time receives and responds to a management and operation and maintenance control command sent by the main control center; when the network is not smooth, the edge computing platform can also ensure basic operation and maintenance capabilities such as monitoring acquisition, local resource scheduling, local resource allocation and the like.

Description

technical field [0001] The invention relates to the field of power grid monitoring systems, in particular to a distributed edge micro-cloud monitoring system based on container technology. Background technique [0002] At present, the real-time monitoring of substations has generally adopted unattended and centralized monitoring modes. Each power supply company has established a centralized monitoring center for substations, and formulated a series of functional specifications for centralized monitoring of substations. Through the transformation of the substation, the substation centralized monitoring master station software basically realizes the signal access and processing. With the development of the "big operation" system construction work, the continuous progress of power grid technology and the continuous improvement of safety requirements, the separation of dispatching operation and equipment monitoring has resulted in a long management chain, many operating links, ...

AI Technical Summary

Problems solved by technology

With the development of the "big operation" system construction work, the continuous progress of power grid technology and the continuous improvement of safety requirements, the separation of dispatching operation and equipment monitoring has resulted in a long management chain, many operating links, and complex work interfaces. Problems such as low efficiency have increasingly become bottlenecks restricting the development of power grids

At present, there is a main problem in the centralized monitoring mode of substations: centralized monitoring is based on the normal operation of the network. Basic control and operation and maintenance operations

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