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Radar-Optimized Wind Turbine Siting
IEEE Transactions on Sustainable Energy ( IF 8.8 ) Pub Date : 2021-09-23 , DOI: 10.1109/tste.2021.3113868
David J. Brigada , Jelena Ryvkina

A method for analyzing wind turbine-radar interference is presented. A model is used to derive layouts for siting wind turbines that reduces their impact on radar systems, potentially allowing for increased wind turbine development near radar sites. By choosing a specific wind turbine grid stagger based on a wind farm's orientation relative to a radar site, the impacts on that radar can be minimized. The proposed changes to wind farm siting are relatively minor and do not have a significant effect on wind turbine density. With proper optimization of radar clutter mitigation, radar tracking performance above such wind farms can be significantly increased. Both present-day and potential future or upgraded radar systems are analyzed. The reduction in radar performance due to wind turbine clutter is approximately halved using this method. The developed method is robust with respect to controlled variations in wind turbine placement caused by potential obstructions.

中文翻译:

雷达优化的风力涡轮机选址

提出了一种分析风力涡轮机-雷达干扰的方法。一个模型用于推导出风力涡轮机选址的布局,以减少它们对雷达系统的影响,可能允许在雷达站点附近增加风力涡轮机的开发。通过根据风电场相对于雷达站点的方向选择特定的风力涡轮机电网交错,可以最大限度地减少对该雷达的影响。对风电场选址的拟议更改相对较小,对风力涡轮机密度没有显着影响。通过适当优化雷达杂波抑制,可以显着提高此类风电场上方的雷达跟踪性能。分析了当前和潜在的未来或升级后的雷达系统。使用这种方法,由风力涡轮机杂波引起的雷达性能下降大约减半。
更新日期:2021-09-23
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