基于光纤通信技术的电力系统远程监测与控制研究

Research on Remote Monitoring and Control of Power System Based on Optical Fiber Communication Technology

随着电网规模的扩大和运行复杂性的增加,传统铜缆通信系统在处理大规模数据时存在局限性。光纤通信凭借高速、大容量和强大的抗干扰能力等独特优势,为电力系统的远程监测与控制提供了新的解决方案。光纤通信技术可提高数据处理和传输效率,增强电网动态变化的实时响应能力,为电力系统的稳定运行提供坚实的技术支撑。文章探讨了基于光纤通信技术的电力系统远程监测与控制的结构,对比分析传统方法与基于光纤通信技术的方法。实验测试结果表明,基于光纤通信技术的方法在信噪比、带宽利用率、响应时间、数据准确性、故障检测时间以及系统稳定性等关键指标方面均有良好表现,推动了电力系统远程监测与控制的发展。

With the expansion of power grid scale and the increase of operation complexity,the traditional copper cable communication system shows its limitations when processing large-scale data.With its unique advantages of high speed,large capacity and anti-interference ability,optical fiber communication technology provides a new solution for the remote monitoring and control of power system.Optical fiber technology can improve the efficiency of data processing and transmission,enhance the real-time response ability of the dynamic changes of the power grid,and provide a solid technical support for the stable operation of the power system.This paper discusses the structure of remote monitoring and control of power system based on optical fiber communication technology,compares the traditional method and the method based on optical fiber communication.The experimental test results show that the method based on optical fiber communication in signal-to-noise ratio,bandwidth utilization,response time,data accuracy,fault detection time and system stability,so as to promote the development of remote monitoring and control of power system.