Analysis of Polygon Connected ATRU for the More-Electric Aircraft

D. Farrugia, M. Apap, A. Micallef, C. Staines
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引用次数: 2

Abstract

Due to the continuous growth in air traffic, the concept of a More Electric Aircraft (MEA) is gaining importance. The aim of the MEA is to increase the electric load in an aircraft and eliminate traditional loads such as the mechanical, hydraulic and pneumatic loads. For this reason, this type of aircraft introduces several advantages such as weight reduction, reduction in fuel consumption and lower maintenance costs. In a MEA, several converters are required in order to obtain different voltage levels in the aircraft. This paper considers the operation of the Autotransformer Rectifier Unit (ATRU) for an Airbus A380 which converts 115V AC to 270V DC. A 12-pulse ATRU for a MEA was designed, modelled in Simulink/PLECS. Simulation results are given to validate the operation of the designed ATRU.
多电动飞机多边形连接ATRU分析
由于空中交通的持续增长,更电动飞机(MEA)的概念越来越重要。MEA的目的是增加飞机的电负荷,消除传统的负荷,如机械、液压和气动负荷。出于这个原因,这种类型的飞机引入了一些优点,如减轻重量,减少燃料消耗和降低维护成本。在MEA中,为了在飞机中获得不同的电压水平,需要几个转换器。本文研究了一架空客A380的自变整流装置(ATRU)的工作原理,该装置可将115V的交流电压转换为270V的直流电压。设计了一个用于MEA的12脉冲ATRU,并在Simulink/PLECS中进行了建模。仿真结果验证了所设计的ATRU的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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