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DC microgrid protection by selective detection of series arcing using load side power electronic devices

机译:通过使用负载侧电力电子设备选择性检测串联电弧来保护直流微电网

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This paper proposes a method to mitigate the problems related to series arcing in low voltage dc (LVdc) micro-grids by performing voltage drop detection using the power electronic device at the load-side. Specifically, the selectivity of the designed series arc detection algorithm is shown for two constant power loads connected in parallel at the point of common coupling with a stable voltage dc micro-grid during accidental unplugging. The influence of the variations in the grid parameters on the load capacitor voltage characteristics and the response of the designed detection algorithm is discussed, thereby, offering insight into the maximum voltage drop and rise time with different circuit configurations due to series arc initiation.
机译:本文提出了一种通过在负载侧使用电力电子设备执行电压降检测来减轻与低压直流(LVdc)微电网中的串联电弧放电有关的问题的方法。具体来说,显示了设计的串联电弧检测算法的选择性,用于在意外拔出期间,两个恒定功率负载在公共耦合点与稳定电压dc微电网并联连接。讨论了电网参数变化对负载电容器电压特性和设计的检测算法的响应的影响,从而提供了对由于串联起弧而在不同电路配置下的最大电压下降和上升时间的见解。

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