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Effects of wind speed measurement interval on electrical energy generation

机译:风速测量间隔对电能产生的影响

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摘要

Due to the cubic relationship between wind speed and wind power density, variation of wind speed influence wind power density dramatically. Therefore it is crucial to investigate wind energy potential with small time interval wind measurement data. In this study, the effect of measurement intervals on energy production was investigated on 36 MW wind farm, designed by using three different turbine types. 10 minutes measurement wind speeds was converted to half hourly, hourly, three hourly and daily data interval sets. As a result of the study, it was shown that the differences between 10 minutes intervals wind power density may reach to 16.98% and energy production values differences may reach to 23%.
机译:由于风速与风能密度之间的立方关系,风速的变化会极大地影响风能密度。因此,利用小时间间隔测风数据研究风能潜力至关重要。在这项研究中,通过使用三种不同类型的涡轮机设计了36兆瓦风电场,研究了测量间隔对能源生产的影响。将10分钟的测量风速转换为每小时半小时,每小时三小时和每天数据间隔集。研究结果表明,每隔10分钟风能密度之间的差异可能达到16.98%,而能源生产值差异可能达到23%。

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