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Research on Secondary Circuit Identification Technology and Condition-Based Maintenance Mode of Intelligent Substation

机译:智能变电站二次回路识别技术及状态维修模式研究

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In order to improve the control level of intelligent substation SCD file, adapt to Condition-Based Maintenance strategy of relay protection based on life cycle management, explore the operation and maintenance technology of intelligent substation relay protection, this paper presents a SCD secondary virtual circuit identification technique based on semantically intensive. According to the semantic strength, tag semantics and structural semantics are identified layer by layer, decouple the SCD file and write it to the XML file in Schema mode. The standardization of secondary virtual circuit of intelligent substation is judged by special software program. Analyzing key problems of online management of SCD of intelligent substation, the consistency with engineering configuration and the evaluation of protection status, deducing the application mode of protection state maintenance strategy. Actual engineering case test certificates that the method can ensure the accuracy of secondary virtual circuit identification, and complete checking secondary virtual circuit of intelligent substation. Relay protection online monitoring device RSS-501 can adapt to current intelligent substation operation and inspection characteristics, and provide technical ideas to solve the problems of difficult relay protection maintenance and insufficient maintenance depth of intelligent substation.
机译:为了提高智能变电站SCD文件的控制水平,适应基于生命周期管理的基于状态的继电保护维护策略,探索智能变电站继电保护的运维技术,提出了一种SCD二次虚电路辨识方法。基于语义密集的技术。根据语义强度,逐层标识标签语义和结构语义,将SCD文件解耦并以Schema模式将其写入XML文件。智能变电站二次虚电路的标准化是通过专用软件程序来判断的。分析了智能变电站SCD在线管理的关键问题,与工程组态的一致性以及对保护状态的评估,推导了保护状态维护策略的应用模式。实际工程案例测试证明,该方法可以保证二次虚拟电路识别的准确性,并完成智能变电站二次虚拟电路的检查。继电保护在线监测装置RSS-501可以适应当前智能变电站的运行和检查特性,为解决继电保护维护难度大,智能变电站维护深度不足的问题提供技术思路。

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