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Conception de machines à aimants permanents à haute densité de couple pour les éoliennes de forte puissance

机译:大功率风力发电机用高转矩密度永磁电机的设计

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摘要

Given the European guidelines, which consist into producing 20% of the energy from renewable sources, the governments are obliged to invest in new types of production systems. An energy market survey will show the part of renewable energy in the energy consumption. After the hydroelectric systems, the wind turbines are the most common systems using renewable sources. The current objectives have led to consider the installation of offshore wind turbine. The specific limitations led the market players to develop new systems with adapted generators: direct drive permanent magnet generator. Model of the permanent magnet machines is described. First a conventional machine topology is presented, then other solutions will be studied with the objective of increasing the torque density. One of them is the concentrated winding machines where the end winding overlapping is avoided. On the other hand, use multiphase system becomes very interesting in order to increase system reliability and work in fault tolerant modes. The strategy that was adopted for the design of the generator to fit the best the specification is also discussed as well as the results of the tests. At the end, the wind turbine equipped with this alternator, has a power density at least 15% higher than the 2013’s available solutions.
机译:根据欧洲指南,该指南涉及使用可再生能源生产20%的能源,因此政府有义务对新型生产系统进行投资。能源市场调查将显示可再生能源在能源消耗中的比例。在水力发电系统之后,风力涡轮机是使用可再生资源的最常见系统。当前的目标已导致考虑安装海上风力涡轮机。特殊的局限性导致市场参与者开发了带有适配发电机的新系统:直接驱动永磁发电机。描述了永磁电机的型号。首先介绍了常规的机器拓扑,然后将以提高转矩密度为目标研究其他解决方案。其中之一是集中绕组机,其中避免了末端绕组重叠。另一方面,为了提高系统可靠性并在容错模式下工作,使用多相系统变得非常有趣。还讨论了发电机设计中采用的最适合规格的策略以及测试结果。最后,配备了该交流发电机的风力涡轮机的功率密度比2013年的可用解决方案高出至少15%。

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  • 作者

    Mouty Stéphane;

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  • 年度 2013
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  • 原文格式 PDF
  • 正文语种 fr
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