Permanent magnet machines can be used for many applications, due to their high power density, high efficiency, observable torque‐to‐current ratio, and low maintenance cost. As such, the generator design in wind turbine systems is highly dependent on improvement of efficiency and generator performance. Thus, in order to improve the quality of manufactured electrical machines, a robust and precise optimization model should be developed to substitute the traditional deterministic models.

中文翻译：

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基于有限元分析和田口法的室内永磁同步发电机的优化设计与验证

永磁电机具有高功率密度，高效率，可观察到的转矩电流比以及较低的维护成本，因此可用于许多应用。因此，风力涡轮机系统中的发电机设计高度依赖于效率和发电机性能的提高。因此，为了提高所制造的电机的质量，应当开发鲁棒且精确的优化模型来代替传统的确定性模型。