影响UFLS的因素:实验结果

Rasha M. El Azab, E. H. Shehab Eldin, P. Lataire, M. M. Sallam
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引用次数: 0

摘要

在频率减载下,UFLS是保护电力系统免受停电和严重损坏的最后一步,也是最极端的一步。负载的性质和系统电压在电力系统的动力学中起着非常重要的作用。在本文中,实验研究了负载不同性质负载(电阻和感应电机)的单机系统在过载和随后的负载脱落期间的频率变化。所得结果表明,当使用不同的负载模型时,频率行为有相当大的变化。如果负荷模型能够自适应估计,这可能是减少负荷的一个重要步骤。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Factors affect on the UFLS: Experimental results
Under Frequency Load Shedding, UFLS, is the last step and the most extreme in protecting electric power systems from black outs and severe damages. The nature of the load and the system voltage play very important roles in the dynamics of the power system. In the present paper, the frequency variation during overloading and the subsequent load shedding is examined experimentally for a single machine system loaded with loads of different natures (resistive and induction machine).The obtained results demonstrate a considerable change in frequency behavior when using different load models. This may be a significant step in minimizing load to be shed if the load model could be estimated adaptively.
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