An Integrated Diagnosis and Detection System of Optical Fiber Link in Substation

Yao Liu, Wei Han, Chuang Song, F. Zhang, Lihong Qiao
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Abstract

In view of the disadvantages of the current intelligent substation optical fiber link measurement, such as low efficiency, unable to real-time monitoring and self diagnosis, this paper designs an intelligent diagnosis and monitoring system of optical fiber link in substation. The whole system consists of distributed intelligent diagnosis center and online monitoring system, which has the functions of optical port power measurement, online monitoring and status diagnosis. When the system is applied in practice, it can greatly improve the measurement efficiency, avoid the damage caused by repeatedly inserting and inserting optical fiber during the debugging process and the interference caused by human factors, and promote the transformation of the stubborn disease of optical fiber link fault from " post processing " to " advance prevention ". It has the characteristics of flexible distribution and connection, which can directly carry out the operation equipment and shutdown equipment, and truly achieve the online monitoring and diagnosis of the whole life cycle. The developed system has been tested in the laboratory, and the corresponding functions have been verified.
变电站光纤链路综合诊断检测系统
针对目前智能变电站光纤链路测量效率低、无法实时监测和自诊断等缺点,设计了一种变电站光纤链路智能诊断与监测系统。整个系统由分布式智能诊断中心和在线监测系统组成,具有光口功率测量、在线监测和状态诊断功能。该系统在实际应用时,可以大大提高测量效率,避免调试过程中反复插拔光纤造成的损坏和人为因素造成的干扰,促进光纤链路故障顽疾由“后处理”向“提前预防”的转变。它具有分布和连接灵活的特点,可以直接进行运行设备和停机设备,真正实现全生命周期的在线监测和诊断。所开发的系统已在实验室进行了测试,并对相应的功能进行了验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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