摘要
在智能电网环境下,传统电力调度通信网络存在实时性和可靠性不足的问题。基于此,文中提出基于多边缘软件定义消息传递算法的优化设计方案。该方案以5G电力调度通信网络为研究对象,包含边缘智能感知、自适应路由、差异化优先级管理和分布式安全框架的四维优化策略。仿真结果表明,优化后的ME-SDM算法有效提升了关键性能指标,满足了电力调度通信需求。
In the smart grid environment,the traditional power dispatching communication network has problems of insufficient real-time performance and reliability.Based on this,an optimization design scheme based on the Multi-Edge Software-Defined Messaging algorithm is proposed in this paper.This scheme takes the 5G power dispatching communication network as the research object and includes a four-dimensional optimization strategy of edge intelligent perception,adaptive routing,differentiated priority management and distributed security framework.The simulation results show that the optimized ME-SDM algorithm effectively improves the key performance indicators and meets the communication requirements of power dispatching.
作者
徐堂炜
罗洪文
吴肖遥
王剑楠
赖炜杰
XU Tangwei;LUO Hongwen;WU Xiaoyao;WANG Jiannan;LAI Weijie(State Grid Fujian Electric Power Co.,Ltd.Sanming Power Supply Company,Sanming,Fujian 35300,China)
出处
《移动信息》
2026年第1期13-15,共3页
Mobile Information
