基于场景的变电站辅助设备智能监控系统的联动逻辑设计优化

Optimization of Linkage Logic Design for Intelligent Monitoring System of Substation Auxiliary Equipment Based on Scenarios

随着变电站智能化技术的发展,变电站辅助设备智能监控系统扮演了越来越重要的角色。为了提高智能变电站的运行效率,保障变电站的安全稳定运行,辅助设备智能监控系统的联动控制起着至关重要的作用。通过分析变电站在运行的生命周期中可能遭遇的运行安全、恶劣天气等潜在风险,制定相应的风险应对方案,并对变电站内各个设备间的联动控制逻辑进行优化设计,解决了当前普遍存在的联动功能不完善、辅控设备利用率不足等问题。

With the development of intelligent technology in substations,intelligent monitoring systems for auxiliary equipment in substations have played an increasingly important role.In order to improve the operational efficiency of intelligent substations and ensure their safe and stable operation,the linkage control of auxiliary equipment intelligent monitoring systems plays a crucial role.This article analyzes the potential risks that substations may encounter during their operational life cycle,such as operational safety and adverse weather,develops corresponding risk response plans,and optimizes the linkage control logic between various equipment in the substation.It solves the common problems of imperfect linkage functions and insufficient utilization of auxiliary control equipment.