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Identification of low frequency oscillations in power system

机译:识别电力系统中的低频振荡

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In power system, stability problem and problems with electromechanical oscillations or generators swinging are consistent in power system. Electromechanical oscillations are noticeable in characteristic variables of synchronous generators. Consequences of synchronous generator connecting on grid are physical nature, apropos more generators connecting on one power system. The responses of power system on any system disturbance are electromechanical oscillations. Oscillations can be low damped or undamped with constant or increasing amplitude, so they can achieve value which can disrupt the system operation. The monitoring of power system electromechanical oscillations is very important in the frame of modern power system management and control. This paper presents techniques for identification and analysis of low-frequency oscillations. Simulations and analysis shall be performed on Two-Area Test system.
机译:在电力系统中,稳定性问题和机电振荡或发电机摆动的问题在电力系统中是一致的。在同步发电机的特征变量中,机电振荡非常明显。同步发电机并网的后果是物理性质,因此在一个电力系统上连接更多的发电机。电力系统对任何系统干扰的响应都是机电振荡。振荡可以是低阻尼的,也可以是不衰减的,幅度恒定或不断增加,因此它们可以获得的值会破坏系统的运行。在现代电力系统的管理和控制框架中,电力系统机电振荡的监测非常重要。本文介绍了用于识别和分析低频振荡的技术。仿真和分析应在两区测试系统上进行。

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