大幅提高风力发电性能

B. Baugh, Paul Wayne Whaley, S. Harnett, Layne N. Hammer, Zackary A. Kraeger, Shannon K. Fultz, Parker LaMascus
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摘要

这所大学采取的方法是,通过关注我们如何帮助美国变得更加能源独立,特别是在风力多发地区,让学生对工程事业感兴趣。这篇论文是一份对初中、高中和大学生的实际测试结果的报告,该测试表明,通过更新和修订“最佳实践”,风力涡轮机的性能可以提高至少10倍。结果清楚地表明,风力涡轮机功率是叶片总面积的函数,而不是传统意义上的扫掠面积的函数。包括测试数据和大学学生测试的历史,地区高中和初中学生的测试,以及为什么在这个时候可以获得如此大幅度的提高的解释。这项测试不仅会导致未来更多的相同尺寸的学生测试,还会导致新一代更大规模的测试,以确认结果更接近商业规模。
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Substantially Improved Wind Power Performance
The University took the approach of trying to get students interested in engineering as a career by focusing on how we might help America become more energy independent, particularly in their wind prone area. This paper is a report on the resulting actual middle school, high school and college student testing demonstrating that the performance of wind turbines can be increased by a factor of at least 10 by updating and revising "best practices". The results clearly show that wind turbine power is a function of the total blade area rather than the conventional understanding that it is a function of the swept area. Includes test data and history of testing by university students, testing by students of area high and middle schools, and an explanation of why such a substantial improvement in performance is available at this time. This testing will lead not only to additional future student testing at the same size, and also a new generation of larger scale testing to confirm the results as something closer to a commercial size.
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