摘要
电力通信网络在现代化技术的支持下得以蓬勃发展,为针对光传输网仿真及规划工具进一步革新,文章就电力通信光传输网静态仿真设计的相关问题展开研究。首先,设计仿真结构,阐释工作流程,就业务路由模块和时隙资源管理模块重点说明设计所借助的算法和设计结果。其次,说明数据库模块、资源仿真模块、行为仿真模块、控制模块等应用模块的具体实现方式。最后,以某地区为仿真试验分析背景,从故障及保护倒换、光传输网络资源分配两个角度验证所设计的光传输网的性能。经试验,所设计的电力通信光传输网能够支持反事故演练和日常规划行为。
With the support of modern technology,power communication networks have been developing vigorously.In order to further innovate the simulation and planning tools of optical transmission networks,this paper studies the problems related to the static simulation design of power communication optical transmission.First of all,the simulation structure is designed,the workflow is explained,and the algorithm and design results are mainly explained in terms of the business routing module and the time slot resource management module.Secondly,it explains the concrete implementation of application modules such as database module,resource simulation module,behavior simulation module and control module.Finally,the performance of the designed optical transmission network is verified from two perspectives:fault and protection switching,and optical transmission network resource allocation.The experimental results show that the designed optical transmission network can support anti﹣accident drill and daily planning.
出处
《电力系统装备》
2023年第7期103-105,共3页
Electric Power System Equipment
关键词
电力通信
光传输网
静态仿真
业务路由
时隙资源
power communication
optical transmission network
static simulation
service routing
time slot resource
