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More Electric Architecture for Engine and Aircraft Fuel System

机译:用于发动机和飞机燃料系统的电气架构

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摘要

The authors are currently developing the MEE (More Electric Engine) electric motor-driven fuel pump system for aircraft engines. The electric fuel system will contribute to the reduction of engine power extraction to drive the fuel pump; thus, an improvement in engine efficiency will be expected. In addition, the engine system reliability will be improved by introducing advanced electric architecture, and the reduction of hydraulic components, fuel tubes and fittings is effective to enhance the maintainability of the engine. Although it is considered that the MEE electric fuel system will realize several benefits, there are technical challenges to introduce such new electric system into aircraft. One of the key technical challenges is to construct a redundant and simplified electric fuel system, because continuous operation of the fuel pump system is crucial for aircraft safety. The authors consider that integration of the aircraft fuel system and engine fuel system will provide a solution for the technical issue, and propose a concept of an integrated electric fuel system in this paper.
机译:该作者目前正在开发用于飞机发动机的Mee(更多电力发动机)电动机驱动燃油泵系统。电燃料系统将有助于减少发动机功率提取以驱动燃油泵;因此,预期发动机效率的提高。此外,通过引入先进的电气架构来提高发动机系统可靠性,并且液压部件的减小,燃料管和配件的减少是有效地增强发动机的可维护性。虽然被认为是MEE电燃料系统将实现几个好处,但是有技术挑战将这种新电动系统引入飞机。关键技术挑战之一是构建一种冗余和简化的电燃料系统,因为燃料泵系统的连续运行对于飞机安全至关重要。作者认为,飞机燃料系统和发动机燃料系统的整合将为技术问题提供解决方案,并提出本文中的集成电燃料系统的概念。

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