Prediction of Wind Turbine's Doppler Frequency Shifts

Karel Juryca, J. Pidanic, H. Suhartanto
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引用次数: 2

Abstract

This article deals with the prediction of the dominant Doppler frequency shifts of the wind turbine blades. Spread-spectrum of the Doppler frequency shifts of wind turbine blades can mask the radar targets. Current filtering methods are designed to filter only the complete radar resolution cells in places where wind turbines are located. However, these methods do not solve the problem of masking the target. The parametric model was designed to generate the dominant Doppler frequency shifts of wind turbine blades. The non-linear regression model was used for the initial prediction of the dominant Doppler frequency shifts. The prediction model was applied to generated and measured radar data.
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风电机组多普勒频移预测
本文研究了风力发电机叶片优势多普勒频移的预测问题。风力涡轮机叶片的多普勒频移的扩频可以掩盖雷达目标。目前的过滤方法被设计为只过滤风力涡轮机所在位置的完整雷达分辨率单元。然而,这些方法并不能解决目标的掩蔽问题。设计参数化模型生成风力机叶片的优势多普勒频移。采用非线性回归模型对主要多普勒频移进行初步预测。将该预测模型应用于雷达实测数据。
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