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Wind turbine influence on surfers wind conditions at Hanstholm

机译:风力涡轮机对汉斯特霍尔姆冲浪者风力的影响

摘要

In this report a consequence study regarding the surfers wind conditions east of the Hanstholm harbour area. Four existing turbines with a nominal power of 525kW is planned replaced with three new 4.3MW turbines near the beach are. It is investigated whether these wind turbines could potentially alter the wind conditions on the lee side, which is an important area for wind and kite surfers. The Dynamic Wake Meander Model is used to investigate the wind conditions north east of the planned new turbines at Hanstholm covering a surf area from a location called “Fish Factory” to a location called “Hamborg”. This model, which predicts instationary wind conditions behind one or more wind turbines, has previously been used to predict the changed power and load conditions for wind turbines in wind farm conditions. Avery fine agreement to measurements is seen and the model is therefore considered sufficient for this particular study also. Furthermore a more advanced flow solver has been used to give a qualitative understanding of the flow conditions near the existing and new turbines. In general the impact of the new windturbines are very limited and the same order of magnitude as the existing smaller turbines. The reason is that the new turbines mainly disturbs the wind conditions from 30m and upwards.
机译:在本报告中,有关汉斯索姆港口地区以东的冲浪者风况的结果研究。计划将现有的四台额定功率为525kW的涡轮机替换为海滩附近的三台新的4.3MW涡轮机。研究了这些风力涡轮机是否可能改变背风面的风况,这是风和风筝冲浪者的重要领域。动态尾流曲折模型用于调查Hanstholm计划中的新涡轮机东北的风况,该涡轮机覆盖了从“鱼工厂”到“ Hamborg”的冲浪区域。该模型可预测一个或多个风力涡轮机后面的平稳风况,该模型先前已用于预测风力发电场条件下风力涡轮机的变化的功率和负载状况。可以看到与测量结果非常吻合,因此该模型也被认为足以进行此特定研究。此外,已经使用了更先进的流动求解器来定性地了解现有和新涡轮机附近的流动状况。通常,新型风力发电机的影响非常有限,并且与现有的较小型涡轮机的影响幅度相同。原因是,新型涡轮机主要干扰了30m及以上的风况。

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