Mechanical Control Methods in Wind Turbine Operations for Power Generation

R. Pachauri, Y. Chauhan
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引用次数: 17

Abstract

This paper investigates various mechanical control methods used for controlling wind turbine (WT), which play an important role in WT power generating stations. The gear control, blade pitch angle control and yaw control methods are the major content of this paper. A simplified methodology is used for gear design to obtain the speed of driven gear in a practical case. Some important issues related to gear system are investigated such as, scoring, corrosion, spalling, gear noise etc. The classifications of wind turbines and its blade pitch angle control regions are identified for fluctuating wind speed. Furthermore, the importance of yaw control to extract wind power is explained and wind speed/ directions sensor is discussed for yaw controlling. 
风力发电机组运行中的机械控制方法
风力发电机组在风力发电机组中起着重要的作用,本文对风力发电机组的各种机械控制方法进行了研究。齿轮控制、桨叶俯仰角控制和偏航控制方法是本文研究的主要内容。采用一种简化的方法进行齿轮设计,以获得实际情况下从动齿轮的速度。研究了与齿轮系统有关的一些重要问题,如划痕、腐蚀、剥落、齿轮噪声等。在脉动风速条件下,确定了风力机的分类及其桨距角控制区域。阐述了偏航控制对风电提取的重要性,并讨论了风速/风向传感器对偏航控制的影响。
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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