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A method for the detection of series arc faults in DC aircraft power networks

机译:直流飞机电网中串联电弧故障的检测方法

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On up-to-date aircrafts the electric power system is a very complex and crucial system, since great part of the equipment requires power supply. Its protection is a critical task as a fault may be catastrophic if it is not quickly detected and isolated. Thermal magnetic breakers or fuses are commonly employed to provide overload and short circuit protection. Unfortunately they are not effective in detecting other dangerous faults such as electrical arcs. In the last decades many systems able to detect series and parallel arcs have been developed. Most of them are complex devices that involve custom hardware and high computational burden. In this paper the authors propose a method for the identification of the series arcs in DC power systems which is based on a simple analysis of the current signal and on the evaluation of the energy related to the arc itself. In the paper the developed technique and the related experimental results are presented.
机译:在最新的飞机上,电力系统是非常复杂且至关重要的系统,因为很大一部分设备都需要电源。它的保护是一项至关重要的任务,因为如果不迅速发现并隔离故障,则可能会造成灾难性的后果。热磁断路器或熔断器通常用于提供过载和短路保护。不幸的是,它们不能有效地检测其他危险故障,例如电弧。在最近的几十年中,已经开发了许多能够检测串联和并联电弧的系统。它们大多数是复杂的设备,涉及定制硬件和高计算量。在本文中,作者提出了一种用于直流电源系统中串联电弧识别的方法,该方法基于对电流信号的简单分析并评估与电弧本身有关的能量。在本文中介绍了开发的技术和相关的实验结果。

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