摘要
随着电网规模不断扩大和复杂度提高,传统人工调度模式已难以满足现代电网需求.文章提出一种基于光通信的电网调度运行智能防误系统,融合光通信技术和人工智能算法,构建了包括数据采集层、通信传输层、智能处理层以及应用决策层的系统架构.通过对比分析该系统与传统人工防误方法的性能证实,文章所提出的系统在误调度识别率、防误响应时间、防误成功率以及系统稳定性等关键指标上均显著优于传统人工方法.
Abstract
With the continuous expansion of power grid scale and complexity,traditional manual dispatching mode has been difficult to meet the needs of modern power grid.In this paper,an intelligent error-proof system for power grid dispatching operation based on optical communication is proposed,which integrates optical communication technology and artificial intelligence algorithm,and constructs the system architecture including data acquisition layer,communication transmission layer,intelligent processing layer and application decision layer.By comparing and analyzing the performance of the system with the traditional manual error prevention method,it is confirmed that the system proposed in this paper is significantly superior to the traditional manual method in key indicators such as error scheduling recognition rate,error prevention response time,error prevention success rate and system stability.
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