Wind power electrical drives for permanent magnet generators — Development in Finland

J. Pyrhonen, Y. Alexandrova, R. S. Semken, H. Hamalainen
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引用次数: 5

Abstract

The use of permanent magnets offers freedom in machine design and the highest possible efficiencies for wind power machines. Although full power converters must be used with permanent magnet machines, these converters make it possible to fulfill even the strictest grid codes. If appropriate care is taken in selecting the exact magnetic material composition, Neodymium-Iron-Boron magnets are compatible with long term generator use. However, rare earth material prices have been so volatile lately that highpower applications using lower strength ferrite magnet materials are being studied. For wind power applications, the three basic types of PM generator include direct-drive generators (10-20 min-1), medium-speed generators (100-300 min-1), and high-speed generators (1000-2000 min-1). Finnish companies such as Neorem Magnets, ABB, and The Switch have been very active in the development of permanent magnet technology for wind power. Moreover, Finnish wind turbine manufacturers operating today use the most modern PM technologies in their products.
用于永磁发电机的风力电力驱动装置-芬兰的开发
永磁体的使用为机器设计提供了自由,并为风力发电机器提供了最高的效率。虽然全功率变流器必须与永磁电机一起使用,但这些变流器可以满足最严格的电网规范。如果在选择确切的磁性材料成分时采取适当的注意,钕铁硼磁铁与发电机的长期使用是兼容的。然而,最近稀土材料的价格波动很大,人们正在研究使用低强度铁氧体磁铁材料的大功率应用。对于风力发电应用,三种基本类型的PM发电机包括直接驱动发电机(10-20分钟-1),中速发电机(100-300分钟-1)和高速发电机(1000-2000分钟-1)。芬兰的Neorem magnet、ABB和The Switch等公司一直非常积极地开发用于风力发电的永磁技术。此外,芬兰风力涡轮机制造商今天在其产品中使用最现代的PM技术。
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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