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Study of a novel fault current limiter on the basis of high speed switch and triggered vacuum switch

机译:基于高速开关和触发真空开关的新型故障电流限制器研究

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Limiting the short-circuit current is of great significance to keep the safe and steady running of the power system. A novel fault current limiter (FCL) is presented. A high speed switch is used to rapidly break the short-circuit current. A triggered vacuum switch (TVS) is used to discharge a precharged pulse capacitor so as to quench the arc in the high speed switch quickly and to realize the active transfer of the short-circuit current. A resistor is used as the current limiting component. The parameters of a FCL of 10 kV voltage level are designed. Simulations of the FCL in an oscillating circuit are performed by means of the ATP software. Experiments of a FCL sample device are also carried out in the oscillating circuit. The experimental results are in agreement with the simulation results. The current transfer characteristics and the current limiting effect are testified.
机译:限制短路电流具有重要意义,以保持电力系统的安全和稳定运行。提出了一种新型故障电流限制器(FCL)。高速开关用于快速打破短路电流。触发的真空开关(TVS)用于放电预充电脉冲电容器,以便快速淬火高速开关中的电弧,并实现短路电流的主动传递。电阻用作电流限制部件。设计了10 kV电压电平的FCL的参数。通过ATP软件执行振荡电路中的FCL模拟。还在振荡电路中进行FCL样品装置的实验。实验结果与模拟结果一致。作证了电流传递特性和电流限制效果。

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