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Integrated electrical and mechanical modelling of integrated-full-electric-propulsion systems

机译:集成全电推进系统的集成机电模型

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摘要

Integrated Full Electric Propulsion (IFEP) systems are the subject of much interest at present. Current research is focused on analysing and improving aspects of subsystem and system performance. However, there is a great need to look more widely at the `multi-physics' problem of characterising the dynamic interactions between the electrical and mechanical systems. This paper will discuss the changing nature of modelling and simulation to aid research into IFEP systems, outlining the alternative angle taken by the Advanced Marine Electrical Propulsion Systems (AMEPS) project to characterise and investigate electrical-mechanical system interactions. The paper will describe this approach and highlight the unique challenges associated with the problem, discussing the suitable methods that will be adopted to address these challenges. Finally, an overview of the present and future research opportunities facilitated via the AMEPS project will be presented.
机译:集成式全电动推进(IFEP)系统是当前备受关注的主题。当前的研究集中在分析和改进子系统和系统性能方面。但是,迫切需要更广泛地研究表征电气和机械系统之间动态相互作用的“多物理场”问题。本文将讨论建模和仿真的不断变化的性质,以辅助对IFEP系统的研究,概述高级船用电气推进系统(AMEPS)项目用于表征和研究电气-机械系统相互作用的替代角度。本文将描述这种方法并强调与该问题相关的独特挑战,并讨论将采用的适当方法来应对这些挑战。最后,将概述通过AMEPS项目提供的当前和未来的研究机会。

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