Design of Integrated Monitoring System for Power Information Operation and Maintenance Based on Orthogonal Components

The task of the operation and maintenance overhaul of power information systems is becoming more and more complex and burdensome. At present, power information systems usually have problems with decentralized management, insufficient manpower, uneven resources, unlocatable faults and slow processing speed. The integrated operation and maintenance management of power information systems can reasonably and effectively utilize resources, promote the professional quality of operation and maintenance personnel, improve the quality of equipment operation and maintenance, reduce the consumption of human resources, and enhance production efficiency and quality. To address this, we comprehensively analyze the current situation and development direction of the power information monitoring system and propose an integrated monitoring system based on orthogonal components to build mutually decoupled orthogonal components through distributed architecture and web applications to realize centralized and unified monitoring systems distributed in various regions, real-time monitoring of equipment operation status, timely detection and warning of power equipment abnormalities, and data correlation and sharing between regions. The system assists operators to master the entire situation of the power system by collecting data from distributed areas, and therefore achieving centralized management of an intelligent power monitoring system through multiple orthogonal components, which effectively solves many difficult problems.