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Studying Voltage Transformer Ferroresonance

机译:研究电压互感器铁磁谐振

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This study studies the effect of Circuit Breaker Shunt Resistance (CBSR), Metal Oxide Vaistor (MOV) and Neutral earth Resistance (NR) on the control of ferroresonance in the voltage transformer. It is expected that NR can controlled ferroresonance better than MOV and CBSR. Study has been done on a one phase voltage transformer rated 100 VA, 275 kV. The simulation results reveal that considering the CBSR and MOV exhibits a great mitigating effect on ferroresonance overvoltages, but these resistances cannot control these phenomena for all range of parameters. By applying NR to the system structure, ferroresonance has been controlled and its amplitude has been damped for all parameters values.
机译:这项研究研究了断路器分流电阻(CBSR),金属氧化物电阻(MOV)和中性接地电阻(NR)对变压器铁磁谐振控制的影响。可以预期,NR可以比MOV和CBSR更好地控制铁轨松动。已经对额定电压为100 VA,275 kV的单相变压器进行了研究。仿真结果表明,考虑CBSR和MOV对铁磁谐振过电压有很大的缓解作用,但是这些电阻不能在所有参数范围内控制这些现象。通过将NR应用于系统结构,可以控制铁磁谐振,并且衰减了所有参数值的振幅。

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