Taperless blade manufacturing using NREL’S 833 air foil on horizontal axis wind turbine

Arya Zulhendrik, Samuel Samuel, John Rey A Jimenez
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Abstract

Wind is an energy source that is abundantly available in nature and is a renewable energy that is environmentally friendly and has good work efficiency. Indonesia has a wind potential of 978 MW with wind speeds generally 6-8 m/s in onshore areas and above 8 m/s in offshore areas. Therefore, with abundant wind potential, we should be able to take advantage of this energy. This paper will analyze the performance of NREL's 822 Taperless type using the QBlade application. The research method used begins with a literature study to find natural parameters which will later be calculated with the help of excel in order to get the geometry parameters of the blades, then enter the data into the QBlade software by dividing the blades by 10 elements on the blades and optimizing the blades in the Qblade software. Manufacture of blah with mahogany jens wood material. This paper will discuss the manufacture of taperless blades with NREL's 822 airfoil which was previously designed using the MS Excel and Q-Blade applications and then designed using the Solid Work application.
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在水平轴风力发电机上使用NREL 'S 833空气箔制造无锥度叶片
风能是自然界中储量丰富的能源,是一种环境友好、工作效率高的可再生能源。印度尼西亚的风力潜力为978兆瓦,陆上风速一般为6-8米/秒,海上风速一般为8米/秒以上。因此,拥有丰富的风能潜力,我们应该能够利用这种能源。本文将使用QBlade应用程序分析NREL的822无锥型的性能。本文采用的研究方法是先通过文献研究找到自然参数,然后通过excel计算得到叶片的几何参数,然后将数据输入到QBlade软件中,将叶片除以叶片上的10个元素,并在QBlade软件中对叶片进行优化。红木延木材料的制造。本文将讨论制造无锥度叶片与NREL的822翼型,这是以前使用MS Excel和Q-Blade应用程序设计的,然后使用固体工作应用程序设计。
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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