一次雷达系统中风电场和目标的多普勒频移分析

Karel Juryca, J. Pidanic
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引用次数: 0

摘要

本文分析了风电机组和目标对一次雷达系统多普勒频移的影响。在一次雷达系统中,风力机和目标的许多参数,如叶片长度、旋转频率、位置、旋转角度等,都会对多普勒频移产生影响。本文重点研究了目标、风电场和一次雷达系统的一些参数的变化。论文的第一部分研究了风电机组和目标反射信号的设计模型。论文第二部分讨论了一次雷达系统若干旋转时反射信号多普勒频移的分析过程。根据风电机组的具体旋转频率和一次雷达系统的旋转频率,可以预测多普勒频移的发展。所设计的发电机对于开发新的滤波方法来抑制风力发电机的影响是必不可少的。设计生成器的主要原因是为不同的场景生成数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Analysis of Doppler Shift from Wind Farm and a Target in the Primary Radar System
This paper deals with analysis of Doppler shift in the Primary Radar System from wind turbines and target. Many parameters of wind turbines and target has influence Doppler shift in the Primary Radar System as the length of blades, the frequency of rotation, the position, the angle of rotation etc. The paper focuses on changing some parameters of the target, the wind farm, and the Primary Radar System. The first part of paper deals with the designed model of reflected signals from wind turbines and target. The second part of paper deals with analysis progression of Doppler shift of reflected signals for several rotations of the Primary Radar System. We can predict development of Doppler shift for the specific frequency of rotation of the wind turbine and frequency of rotation of the Primary Radar System. The designed generator is essential for the development of new filtering method for the suppression of influence of wind turbines. The main reason for designing the generator is generating data for different scenarios.
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