摘要
在智能变电站建设中,光纤及其技术由于具有抗干扰和信息传输容量大等优越性能,被广泛应用。迅猛增长的光纤链路不仅降低了智能变电站验收效率,同时也增加了运维中光纤故障检出的难度。为解决该问题,本文提出设计一种电站用便携式光纤智能检测仪方案,设计了智能检测仪系统的主要硬件,并采用C语言对其对应功能进行了程序设计。最终利用智能芯片中的程序,控制光信号发生器与接收器模块,实现了光纤链路的自动检测。通过建立的智能检测仪模型方案分析智能检测仪能便携检出光纤故障和有效提高检测效率。
Optical fiber and its technology are widely used in the construction of intelligent substation,because of its superior performance of anti-interference and large information transmission capacity.The rapid growth of optical fiber link not only reduces the acceptance efficiency of intelligent substation,but also increases the difficulty of optical fiber fault detection in operation and maintenance.In order to solve this problem,this paper proposes a scheme of designing a portable optical fiber intelligent detector for power station,designs the main hardware of the intelligent detector system,and uses C language to program its corresponding functions.Finally,the program in the intelligent chip is used to control the optical signal generator and receiver module,and the automatic detection of the optical fiber link is realized.Through the analysis of the model scheme of the intelligent detector,the intelligent detector can detect the optical fiber fault and effectively improve the detection efficiency.
作者
刘邦
曲鸿春
蒋冬
魏萌
王亚坤
LIU Bang;QU Hong-chun;JIANG Dong;WEI Meng;WANG Ya-kun(Bozhou power supply company,State Grid Anhui Electric Power Co.,Ltd.,Bozhou 236000,China)
出处
《新一代信息技术》
2020年第5期30-35,共6页
New Generation of Information Technology
基金
国家电网公司科技项目(项目编号:JS20200110000815)。
关键词
智能变电站
光纤链路
智能检测仪
自动检测
Intelligent substation
Optical fiber link
Intelligent detector
Automatic detection
