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220 kV Circuit Breaker Modeling and Its Parameter Determination Based KEMA Arc Model

机译:基于KEMA电弧模型的220 kV断路器建模及其参数确定

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The black box arc model is widely used to describe the dynamic change of the arc in quenching process during interruption of circuit breaker. However, most of the black box models are not capable of realizing the analysis of the repeated breakdown of the circuit breaker. In this paper, an extended KEMA's equation based arc model is proposed in this paper to address this issue. To obtain the parameters of KEMA model, the voltage and current data of the arc during the interrupting process of the circuit breaker are obtained, the parameters are calculated by particle swarm optimization then. The comparison of calculated and measured voltage traces showed the accuracy and correctness of the obtained parameters. As this model is developed based on EMTP-ATP, it can be directly applied in electromagnetic transient studies.
机译:黑匣子电弧模型被广泛用于描述断路器中断期间淬火过程中电弧的动态变化。但是,大多数黑匣子模型都无法实现对断路器重复击穿的分析。为了解决这个问题,本文提出了一种扩展的基于KEMA方程的弧模型。为了获得KEMA模型的参数,获得了断路器分断过程中电弧的电压和电流数据,然后通过粒子群算法对参数进行了计算。计算和测量的电压迹线的比较显示了所获得参数的准确性和正确性。由于该模型是基于EMTP-ATP开发的,因此可以直接用于电磁瞬态研究。

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