Integration of permanent magnet motor technology

D.M. Kane, M. Warburton
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引用次数: 9

Abstract

Studies begun in the 1990s by General Dynamics Electric Boat (EB) and its partners determined that permanent magnet (PM) radial field propulsion motors offer a relatively mature, low risk technology with significant near-term advantages for improving torque density, efficiency, and reliability. Although electric powered ships have been built throughout the 20th century, the majority of ships used mechanical drives for propulsion, due to adverse torque density, reliability, and maintenance aspects of electric propulsion alternatives. The EB stepped approach has built and tested 17 hub and three rim-driven PM motors up to 4.47 MW and 107 kN-m of torque to validate the technology and design toolsets for preliminary designs of large 21st Century PM propulsion motors. Conceptual designs of commercial external rim-driven PM motors integrated with advanced propulsors also offer millions of dollars in potential fuel savings compared to conventional hub-driven propulsion pods.
集成永磁电机技术
通用动力电船公司(EB)及其合作伙伴在20世纪90年代开始的研究表明,永磁(PM)径向磁场推进电机是一种相对成熟、低风险的技术,在提高扭矩密度、效率和可靠性方面具有显著的短期优势。尽管整个20世纪都在建造电动船舶,但由于电力推进替代方案的扭矩密度、可靠性和维护方面的不利因素,大多数船舶使用机械驱动来推进。EB分步方法已经构建并测试了17个轮毂和3个轮辋驱动的永磁电机,最大扭矩为4.47 MW和107 kN-m,以验证21世纪大型永磁推进电机的初步设计技术和设计工具集。与传统的轮毂驱动推进舱相比,集成先进推进器的商用外轮毂驱动PM电机的概念设计还可以节省数百万美元的潜在燃料。
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