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Parametric Study and Comparison of Aerodynamics Momentum‑Based Models for Straight‑Bladed Vertical Axis Wind Turbines

机译:直叶片垂直轴风力发电机基于空气动力学动量模型的参数研究与比较

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摘要

In this study, different momentum models for vertical axis wind turbines (VAWTs) are investigated and compared for differentoperating parameters. The performance over different rotor solidities and aspect ratios is studied to find the bestconfiguration of the turbine. By comparing different models, the merit of double multiple streamtube model is established.Three different airfoils were investigated using the parameters of reference turbines from the literature. NACA0015 is foundto be advantageous among NACA0012 and NACA0021. Also, the effect of different number of blades is studied and it isfound that two-bladed rotor with NACA0015 airfoil provides excellent performance. By studying the turbine aspect ratio,it is found that a VAWT of 5.1 m height and 4.25 m diameter will generate a maximum power coefficient of 36.13% at TSRof 5.51 with good starting behavior.
机译:在这项研究中,对垂直轴风力涡轮机(VAWT)的不同动量模型进行了研究,并比较了不同的运行参数。为了找到最佳的涡轮配置,研究了在不同的转子硬度和长宽比下的性能。通过比较不同的模型,建立了双重多重流管模型的优点。利用文献中参考涡轮的参数研究了三种不同的翼型。发现NACA0012在NACA0012和NACA0021之间是有利的。此外,研究了不同数量叶片的作用,发现带有NACA0015翼型的两叶片转子具有出色的性能。通过研究涡轮机的长宽比,发现高度为5.1 m且直径为4.25 m的VAWT将在TSR为5.51时产生36.13%的最大功率系数,并且具有良好的启动性能。

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