Design and Implementation of a Smart Wind Turbine with Yaw Mechanism

Subrotho Bhandari Abhi, Md. Ismail Hossain, Rezaul Hoque Suny, F. Zahura, Md. Rifat Hazari, Effat Jahan, M. Mannan
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Abstract

In this paper, an intelligent low-cost wind turbine is designed which can rotate the rotor hub towards wind direction. The smart wind turbine technology has developed by using six rotor blades, squirrel cage induction generator (SCIG), and yaw mechanism. The yaw mechanism relates to two stepper motors through support tower. Based on the wind direction, the yaw mechanism will control the stepper motors. Finally, this stepper motors will move the wind turbine towards the wind direction. Conventionally, the hub of wind turbine is kept at fixed position. However, this kind of arrangement is not suitable where in some places (e.g. Bangladesh), the wind directions can be changed frequently. Therefore, it is necessary to move the rotor hub continuously towards the wind direction so that it can capture maximum amount of wind power. So, a smart wind turbine with yaw mechanism is designed in this paper.
带有偏航机构的智能风力机的设计与实现
本文设计了一种能使转子轮毂向风向旋转的低成本智能风力机。智能风力发电技术是利用六转子叶片、鼠笼式感应发电机(SCIG)和偏航机构开发的。偏航机构通过支撑塔与两台步进电机相连。偏航机构根据风向控制步进电机。最后,这个步进电机将使风力涡轮机朝着风向移动。传统上,风力发电机的轮毂保持在固定位置。然而,这种安排并不适合在某些地方(例如孟加拉国),因为风向会经常改变。因此,有必要使转子轮毂不断向风向移动,使其能够最大限度地捕获风力。为此,本文设计了一种具有偏航机构的智能风力机。
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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