采用永磁式同步发电机的简易风力发电系统

N. Yamamura, M. Ishida, T. Hori
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引用次数: 100

摘要

本文提出了一种廉价的风力发电系统。现有的风力发电系统大多是大容量(超过100千瓦)和高价格(约1000美元/千瓦)。由于风力发电的不稳定变化和平滑峰值功率,建议采用交直流变流器供电的电池系统。因此,人们需要发电机(特别是同步发电机)的精确转速来使用高质量的AC/DC转换器。这些因素正在增加这类系统的成本。作者采用不需要励磁电流的小型永磁式同步发电机和升压/降压斩波器,应用于无位置和速度传感器的小功率风力发电系统。此外,它们采用了一种廉价的整流电路,使用二极管桥而不是带PWM方法的AC/DC功率转换器。利用这些方法,他们实现了一种简单而廉价的风力发电系统。
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A simple wind power generating system with permanent magnet type synchronous generator
The authors propose an inexpensive wind power generating system in this paper. Existing wind power generating systems are mostly of large capacity (over 100 kW) and high-priced (about 1000 USS/kW). Because of the erratic changes of wind power and of smoothing peak power, an AC/DC converter-fed battery system is recommended. Thus, one requires the exact rotating speed of generators (especially in the case of synchronous generators) to use AC/DC converters with high quality. These factors are increasing the cost of such systems. The authors adopt a compact permanent magnet type synchronous generator, which doesn't need exciting current, and a step-up/down buck-boost chopper to wind power generating system of a few kW output without position or speed sensor. In addition, they employ an inexpensive rectifier circuit using a diode bridge instead of an AC/DC power converter with PWM method. Using these methods, they achieve a simple and inexpensive wind power generating system.
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