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Ferroresonance Study on the VT in the Karoon 4 Power Plant 400 kV GIS Substation

机译:Karoon 4电厂400 kV GIS变电站VT的铁磁共振研究。

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The main subject of the essay is study of ferroresonance in the voltage transformers at 400 kV GIS substation. Ferroresonance has destructive effects such as, undulations of high voltages, warming of transformers, increasing of heat, temperature increasing and damaging voltage transformers, high noise due to evolution due to magnet and bad working of protective instruments. So we have to apply limitations on system parameters to avoid such an undesirable phenomenon like this. In this study ferroresonance phenomenon on VTs of real GIS substation (karon 4 power plant had been studied. With regarding high risk of ferroresonance due to studied substation conditions, damping circuit (FDSD, ZD) had been designed with help of EMTP-RV and the results are presented in two conditions of being without damping and by using of damping in the circuit. The results show damping circuit is successful in obviation of these dangerous oscillations.
机译:本文的主题是研究400 kV GIS变电站的电压互感器中的铁磁谐振。铁磁谐振具有破坏性作用,例如高电压起伏,变压器变暖,热量增加,温度升高和变压器损坏,由于磁体产生的高噪声以及保护仪器的不良工作。因此,我们必须对系统参数施加限制,以避免出现此类不良现象。在这项研究中,研究了实际GIS变电站(卡隆4电厂)的VT上的铁磁谐振现象。考虑到由于变电站条件而导致的铁磁谐振的高风险,我们借助EMTP-RV和EMTP-RV设计了阻尼电路(FDSD,ZD)。在无阻尼和在电路中使用阻尼两种情况下给出了结果,结果表明阻尼电路在消除这些危险振荡方面是成功的。

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