次同步共振的缓解技术与测量

Ankita Singh, Neeraj Verma, Atul Kumar
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引用次数: 3

摘要

随着电力系统领域的发展,串联电容补偿越来越多地应用于输电系统中,由于串联电容补偿导致了SSR问题。当串联补偿传动系统的固有频率与汽轮发电机轴系的一种扭振模态互补时,就会发生SSR。在这种情况下,汽轮发电机轴系统以与扭转模态频率相对应的频率振荡,除非采取纠正措施,否则扭转振荡可能会增加,并可能在几秒钟内导致轴损坏。为了缓解输电系统中的SSR,提出了一种基于SVC的缓解措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mitigation technique and measurement of subsynchronous resonance
Due to development in the field of power system, more and more series capacitance compensations have been used in transmission system extensively and because of series capacitance compensation it leads to SSR problems. SSR occurs when a natural frequency of a series compensated transmission system coincides with the complement of one of the torsional modes of the turbine-generator shaft system. Under such circumstances, the turbine-generator shaft system oscillates at a frequency corresponding to the torsional mode frequency and unless corrective action is taken, the torsional oscillations can grow and may result in shaft damage in a few seconds. For mitigating the SSR in transmission system, a mitigation measure based on SVC is introduced[1].
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