Examining ferroresonance phenomena in circuits with closed and open core voltage transformers

V. Lebedev, A. Yablokov
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Abstract

The article shows the results of examining ferroresonance phenomena in 220 kV outdoor switchgear (OS). We examined the area of hazardous ferroresonance for NKF-type voltage transformers and open core voltage transformers, and presented a mathematical model developed for 220 kV outdoor switchgear (OS). We have convincingly demonstrated the need for taking into account interphase capacitances in one bus system and different systems during examination of ferroresonance phenomena. On the basis of calculation, we have developed recommendations on the elimination of ferroresonance phenomena on the considered OS. The developed mathematical model of OS and the method of calculating interphase capacitance bus systems using a field mathematical model can be taken as a basis for evaluating the possibility of ferroresonance phenomena at OS 110–500 kV.
研究闭合和开路电压互感器电路中的铁磁谐振现象
本文介绍了对220kv室外开关柜铁磁谐振现象的检测结果。我们研究了nkf型电压互感器和开心式电压互感器的危险铁磁谐振区域,并提出了针对220 kV室外开关设备(OS)开发的数学模型。我们已经令人信服地证明了在检查铁磁共振现象时需要考虑一个母线系统和不同系统的相间电容。在计算的基础上,我们提出了在考虑的操作系统上消除铁共振现象的建议。建立的OS数学模型和用场数学模型计算相间电容母线系统的方法可作为评价OS 110 - 500kv发生铁磁谐振现象可能性的基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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