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近年来光缆在电网通信中的应用逐渐普及,使电网系统的整体性能得到大幅度提升,但诸多因素导致其易受外界破坏,使光缆的传输质量受到较大冲击,在此环境下光缆自动监测系统出现,其可以在光缆受破坏时迅速准确地定位故障发生位置,使光缆故障的持续时间大幅度缩短,有力的提升了光缆电网通信的整体传输水平,使其更加具有可靠性,但在光缆应用规模不断扩大的同时光缆自动监测系统的设计难度也随之增大,文章结合电网通信光缆自动监测系统的总体设计、监视方式设计、监测系统硬件、网络传输优化设计等方面展开研究,为电网通信整体水平的提升做出努力。
In recent years, the application of optical fiber cables in the power grid has been gradually popularized, which has greatly improved the overall performance of the power grid system, but many factors have caused it to be easily damaged by the outside world, which has greatly affected the transmission quality of the optical cables. In this environment, optical cables are automatically monitored System appears, which can locate the fault quickly and accurately when the optical cable is damaged, greatly shorten the duration of the optical cable fault, effectively enhance the overall transmission level of the optical cable network communication and make it more reliable, The application of the ever-expanding optical fiber cable automatic monitoring system also increases the difficulty of the design, the article combined with the optical fiber cable automatic monitoring system of the overall design, monitoring mode design, monitoring system hardware, network transmission optimization design and so on, for the power grid Improve the overall level of communication to make efforts.