Design Considerations of Permanent Magnet High Speed Alternator for Solar Thermal Power Plant

Nutan Kalvikatte, Geeta Chaurasia, Kunal Sawant, Shubham Prajapati, R. D. Kulkarni, Shipa Kapse
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Abstract

Recently, the focus of designing a conventional alternator has been shifted to designing permanent magnet alternator. Due to the use of permanent magnet in rotor we achieve merits like reduction in size, high power density, thermal stability, low cost. While designing such type of alternator various issues one has to face, therefore there are certain design consideration which should be taken into account. The design considerations for permanent magnet high speed alternator has been worked out in the paper. Several factors viz. stator and rotor sizing, pole nos., bearing types, permanent magnets, etc. governing the performance of the machine to obtain the maximum efficiency has been described in detail and calculations have been performed using empirical relationship. The design of permanent magnet alternator is presented in this paper.
太阳能热电厂永磁高速交流发电机的设计考虑
近年来,传统交流发电机的设计重点已经转移到永磁交流发电机的设计上。由于在转子中使用永磁体,我们实现了体积小,功率密度高,热稳定性好,成本低的优点。在设计这种类型的交流发电机时,必须面对各种问题,因此需要考虑一定的设计考虑。本文提出了永磁高速交流发电机的设计注意事项。几个因素,即定子和转子的尺寸,极号,轴承类型,永磁体等,控制机器的性能,以获得最大的效率已被详细描述和计算已执行使用经验关系。本文介绍了永磁交流发电机的设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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