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Toward an Estimate of Wind Resource Offshore North Carolina

机译:对北卡罗来纳州海上风资源的估计

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摘要

Offshore wind resource assessments over the continental shelf off North Carolina have suggested that tens of giga-watts of power generation potential are possible from wind farms. An initial assessment undertaken by the University of North Carolina at Chapel Hill (UNC) took advantage of a variety of in-situ historical observations and employed simple extrapolation schemes (a power law and log-layer formulation) to estimate turbine-height winds and power potential. Subsequent work has investigated a variety of more sophisticated extrapolation schemes and established that 10-meter satellite Advanced Scatterometer (ASCAT) winds estimated by the European Organization for, the Exploitation of Meteorological Satellites (2008 to present) are consistent with buoy-based winds. Here we describe work toward implementation and evaluation of a stability-based extrapolation scheme applied to the ASCAT winds to broaden the spatial coverage of the study.
机译:北卡罗莱纳州沿海陆架上的海上风能资源评估表明,风电场可能产生数十吉瓦的发电潜力。北卡罗来纳大学教堂山分校(UNC)进行的初步评估利用了各种现场历史观测资料,并采用了简单的外推方案(幂定律和对数层公式)来估算涡轮高度风和功率潜在。随后的工作研究了各种更复杂的外推方案,并确定了欧洲气象卫星开发组织(2008年至今)估算的10米卫星高级散射仪(ASCAT)风与基于浮标的风是一致的。在这里,我们描述了为实施和评估适用于ASCAT风的基于稳定性的外推方案而开展的工作,以扩大研究的空间覆盖范围。

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