柔性光通信系统在能源互联网中的应用研究  

Application of Flexible Optical Communication System in Energy Internet

作　　者：沈雨生[1] 荀思超 徐荣[1] 刘晓玥[1] SHEN Yusheng;XUN Sichao;XU Rong;LIU Xiaoyue(Yancheng Power Supply Company of State Grid,Yancheng 224000,China)

机构地区：[1]国网盐城供电公司,江苏盐城224000

出　　处：《微型电脑应用》2023年第5期166-169,共4页Microcomputer Applications

摘　　要：现有的几种能源互联网设计方法都没有准确定义链路终止的判定条件,造成能源互联网的最大吞吐量没有达到理想数值。为了提高吞吐性能,在能源互联网中设计柔性光通信系统的应用方法。文章论述柔性光通信系统的优势与主要运行原理;制定光电通信链路切换指标,计算数据占用通道的时间间隙;计算能源互联网网络代偿函数,建立传输质量与传输效率的关联度函数;设置柔性光通信网络链路终止判决条件,实现对能源互联网最大吞吐量的优化。在实验中,分别测试100 m、200 m、300 m、400 m、500 m距离条件下,不同算法的能源互联网吞吐量。数据结果显示,该系统在能源互联网中拥有较其他算法更高的吞吐量,可以在不丢失数据的前提下发送更大量的数据信息,通过以上数据可知:将柔性光通信系统应用在能源互联网中会得到更好的效果。In order to improve the throughput performance of energy Internet,an application method of flexible optical communication system in energy Internet is designed.The advantages and main operation principles of flexible optical communication system are discussed.The switching index of photoelectric communication link is established,and the time gap of data occupation channel is calculated.The compensation function of energy Internet network is calculated,and the correlation function between transmission quality and transmission efficiency is established.In order to optimize the maximum throughput of energy Internet,the link termination conditions of flexible optical communication network are set.In the experiment,the throughput of energy Internet is tested under the conditions of 100 m,200 m,300 m,400 m and 500 m,respectively.Test results show that the system has higher throughput than other algorithms in the energy Internet,and can send more data information and does not lose data.From the above tests,we can know that the application of flexible optical communication system in the energy Internet may get better results.

关 键 词：柔性网络 光通信系统 能源互联网 通信链路 吞吐量分析 

分 类 号：TM721[电气工程—电力系统及自动化]