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Expected Wind Speed Estimation Considering Spatio-Temporal Anisotropy for Generating Synthetic Wind Power Profiles

机译:考虑到用于产生合成风力型材的时空各向异性的预期风速估计

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Wind power generation is one of renewable energies which are expected to introduce to power grid in the future. However, unexpected fluctuations of wind power output will cause serious problems such as the lack of frequency adjustment. One of the countermeasures is utilization of battery systems for mitigating short-term fluctuations. However, in general, time series data of wind power which will be generated at the wind farm built in the future is required for estimating appropriate specification of the battery system. Therefore, we have been developed a framework generating synthetic wind power profiles of a target point for any target points where the wind turbine will be built. In this paper, we propose a statistical approach for reproducing temporally plausible wind speed sequence for generating synthetic wind power profiles. We show the result of numerical experience using real-world dataset.
机译:风力发电是可再生能量之一,预计将来会引入电网。然而,风电输出的意外波动将导致严重的问题,例如频率调整缺乏。其中一个对策是利用电池系统以减轻短期波动。然而,通常,在未来建造的风电场产生的风电的时间序列数据是估计电池系统的适当规范所必需的。因此,我们已经开发了一种框架,用于为将构建风力涡轮机的任何目标点的目标点的合成风电分析。在本文中,我们提出了一种统计方法,用于再现用于产生合成风电谱的时间似合润的风速序列。我们展示了使用现实世界数据集的数字体验的结果。

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