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Operation Condition Model and Maintenance Strategy for Protection System in Smart Substation

机译:智能变电站保护系统的操作状态模型与维护策略

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Low analytical accuracy and implement efficiency are general drawbacks existing in traditional maintenance for protection system, hence damaging the reliability of smart grid. Condition-based maintenance is regarded as a more efficient way to address this problem. A condition-based maintenance strategy for smart substation protection system including a state monitoring process, a fault location process and a device isolation process is proposed in this paper. Firstly, an operation condition model for smart substation protection system is presented, which includes the necessary elements that condition-based maintenance concerns. On this basis, a fault location method which can automatically deduce fault components is proposed. Lastly, an intelligent electronic device isolation method is investigated to provide strap isolation strategy. Case study has shown that the operation condition model can provide guidance for state monitoring, while the fault location and device isolation method are practical tools for maintenance staff, consequently can improve maintenance efficiency and reliability of SSPS.
机译:低分析准确性和实施效率是在传统保护系统维护中存在的一般缺点,因此损坏了智能电网的可靠性。基于条件的维护被视为解决此问题的更有效方法。本文提出了一种包括状态监测过程,故障定位过程和器件隔离过程的智能变电站保护系统的基于条件的维护策略。首先,提出了一种用于智能变电站保护系统的操作条件模型,包括基于条件的维护问题的必要元素。在此基础上,提出了一种可以自动推出故障组件的故障定位方法。最后,研究了智能电子设备隔离方法以提供带隔离策略。案例研究表明,操作条件模型可以为状态监测提供指导,而故障定位和设备隔离方法是维护人员的实用工具,因此可以提高SSP的维护效率和可靠性。

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