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Transmission Lines main and backup fault clearance - Impact on a Nuclear Power Plant

机译:输电线路主,备用故障排查-对核电站的影响

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Voltage and frequency are the two parameters which determine the healthiness of the grid. Fault transients in the grid can impact Nuclear Power Plant (NPP) electrical system. These transients can degrade the performance of the NPP and can even trip the reactor. Hence, the impact on NPP electrical system by these fault transients is analyzed. Detailed Modeling of NPP electrical system and nearby grid is carried out in ETAP software. Typical transmission line faults close to the plant and at the other end of the lines in the grid are studied and analyzed. For different simulated fault cases with main and backup fault clearance, voltage pattern at various NPP buses, Turbine-Generator (TG) output current and power profiles, and typical Motor inrush currents are analyzed. Impact of fault disturbances on PFBR process system is also studied
机译:电压和频率是确定电网健康性的两个参数。电网中的故障瞬变会影响核电站(NPP)的电气系统。这些瞬变会降低NPP的性能,甚至会使反应堆跳闸。因此,分析了这些故障瞬变对NPP电气系统的影响。在ETAP软件中对NPP电气系统和附近的电网进行了详细的建模。研究并分析了工厂附近以及电网另一端的典型输电线路故障。对于具有主故障和备用故障清除的不同模拟故障情况,分析了各种NPP母线的电压模式,涡轮发电机(TG)的输出电流和功率曲线,以及典型的电动机浪涌电流。还研究了故障干扰对PFBR工艺系统的影响

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