研究采用多相开关磁阻电机减小船舶推进系统转矩脉动的效果

Mohab Gaber, S. El-banna, M. Hamad, Mahmoud Eldabah
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引用次数: 3

摘要

在船舶中使用电力在船舶系统中并不是一个新概念。第一次在船上使用电力用于照明目的,从使用电动机作为推进系统的电动船到允许所有船舶电源同时提供推进和辅助负载的全电动船(AES)的概念。商业和海军舰船对电力的巨大需求导致使用不同类型的电动机,使用电力电子技术的革命有助于驱动和控制这些电动机。从而提高电机的性能,以满足高功率的要求,并获得最佳性能。开关磁阻电动机由于其转矩波动大,近年来被广泛应用于有约束的牵引系统中。本文介绍了船舶推进系统中可能使用的优势电机,介绍了增加开关磁阻电机(SRM)相数的效果,并利用控制技术克服了开关磁阻电机的最大缺点即转矩波动,提出了用开关磁阻电机代替船舶推进系统中使用的电机。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Studying the Effect of Using Multi-Phases Switched Reluctance Motor to Reduce the Torque Ripple for Ship Propulsion system
Using electric power in ships is not a novel concept in marine systems. First usage of electric power on ship board for illumination purpose, going through electric ships that using electric motor as propulsion system till reach to the concept of All Electric Ships (AES) that allow all the ship power source feed both propulsion and auxiliary loads. The great demand of electric power in commercial and naval ships leads to use different types of electric motors and the revolution of using power electronics helps in drive and control these motors. That lead to enhancement the motor performance to meet the high power required and get best performance. Switched reluctance motor recently used in traction system with constrains due to its high torque ripples. This paper introduces advantage motors that might be used in ship propulsion system and introduced the effect of increasing the number of phases for switched reluctance motor (SRM) beside using the control techniques to overcome the most disadvantage of switched reluctance motor that is torque ripples and proposed to replace the switched reluctance motors instead of motors used in ship propulsion system.
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