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On Line Electromechanical Oscillations Detection in Transmission Network with Synchrophasor

机译:在具有同步擦药中传输网络中的线路机电振荡检测

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The power system is an example of a nonlinear system with many different oscillation sources and accordingly many oscillation types, including electromechanical oscillations, oscillations caused by control elements, or subsynchronous oscillations. The estimation of oscillation types in the power system gives a direct insight into the state of the system stability. The ability to estimate oscillations in real time is facilitated by installing a Wide Area Monitoring System (WAM), which enables accurate metering with accurate timestamps. The HOPS synchrophasor concentrator, in addition to its main role of collecting and processing synchrophasor measurements, has an electromechanical oscillation analysis module. This paper describes the oscillation detection tool for historical data with an aim to develop real time oscillation detection system for potentially unstable events in real-time.
机译:电力系统是具有许多不同振荡源的非线性系统的示例,并且因此许多振荡类型,包括机电振荡,由控制元件引起的振荡,或者是子同步振荡。电力系统中振荡类型的估计能够直接深入了解系统稳定状态。通过安装广域监控系统(WAM),促进了实时估算振荡的能力,这使得能够准确测量准确的时间戳。除了收集和处理同步素测量的主要作用外,啤酒花同步素集中器还具有机电振荡分析模块。本文介绍了历史数据的振荡检测工具,其目的是实时地为潜在的不稳定事件开发实时振荡检测系统。

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