A meteorological data set and wind power density from selective locations of Tamil Nadu, India: Implication for installation of wind turbines

R. Bharani, A. Sivaprakasam
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引用次数: 3

Abstract

The present work was carried out to understand the wind energy potential in the selected location of Tamil Nadu State, India to estimate the wind energy statistical data for power generation. The meteorology parameters and frequency distribution data were used to interpret the wind energy characteristics at monitoring locations. The wind energy potential data were collected at 100 m height from MSL (Mean Sea Level) in 2016. The wind power density was analyzed using the Weibull distribution expression. Based on observed data, site 1, 2, and 3 was suitable for recommending wind energy exploitation. The Indian wind power density classification suggests that nearly 35 % of the annual mean wind velocity falls under class 7. Further, the above results also suggest that station S1 and S3 followed by S2 is suitable for installing wind turbines.

来自印度泰米尔纳德邦选定地点的气象数据集和风力密度:对安装风力涡轮机的启示
本研究旨在了解印度泰米尔纳德邦选定地点的风能潜力,以估计风能发电的统计数据。利用气象参数和频率分布资料解释了监测点的风能特征。2016年的风能潜力数据采集自平均海平面(MSL) 100 m高度。采用威布尔分布表达式对风力密度进行分析。根据观测数据,站点1、站点2、站点3适合推荐风能利用。印度的风力密度分类表明,年平均风速的近35%属于7级。此外,上述结果还表明,站S1和S3后S2适合安装风力发电机。
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