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A Novel WSFD Model to Facilitate the Identification of Promising Locations and Appropriate Specifications of WECS in Egypt

机译:一部小型WSFD模型,以促进埃及有前景的识别和适当规范的WECS

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摘要

In this paper a novel model for wind speed frequency distribution (WSFD) is proposed and tested using the Egyptian Atlas wind data for 29 areas. The accuracy of this model, named 3-M model, is proved to be the same as Weibull model accuracy but with less complexity and lower calculation time. The capacity factor and the cost/kWh generated are derived as function of rated speed of the wind turbine, from which the optimum rated speed of the wind turbine that leads to minimum cost/kWh generated is derived. The results of this analysis can be applied for any country at any site with known wind profile.
机译:本文采用了29个区域的埃及地图集风数据提出和测试了一种用于风速频率分布(WSFD)的新型模型。 被命名为3-M型号的该模型的准确性被证明与Weibull模型精度相同,但具有较差的复杂性和更低的计算时间。 产生的容量因子和成本/ kWh作为风力涡轮机的额定速度推导出来的函数,从中导致导致最小成本/ kWh的风力涡轮机的最佳额定速度。 该分析的结果可以在任何具有已知风剖面的现场的任何国家/地区应用。

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