A Numerical Study of INVELOX Wind Turbine Considering the Inlet Shape Design

Seyednavid Shayestehnezhad, Soroush Kargar, A. L. Nichkoohi
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引用次数: 0

Abstract

Increasing efficiency in wind turbines has remained a concern in this industry. By introducing duct turbines, researchers tried to improve the power output. The INVELOX wind turbine is a new system designed to produce more energy by getting the wind from all directions, steering the wind to the Nozzle, and then turbine in the lower side to gain more velocity. In this article, by using the CFD tools, many geometrical parameters in the inlet section have been investigated, affecting the performance of the turbine. The results show that by increasing the height and diameter of the inlet area two times, the power output will be increased up to 35% compared to the original design.
考虑进气道形状设计的INVELOX风力机数值研究
提高风力涡轮机的效率一直是该行业关注的问题。通过引入管道涡轮机,研究人员试图提高功率输出。INVELOX风力涡轮机是一种新的系统,通过从各个方向获取风,将风引导到喷嘴,然后在下部涡轮机获得更多的速度,从而产生更多的能量。本文利用CFD工具,研究了影响涡轮性能的进口段的许多几何参数。结果表明,通过将进气道高度和直径增加两倍,输出功率将比原设计提高35%。
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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