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Analysis of mathematical modeling of different control strategies for variable speed control in wind energy conversion system (WECS)

机译:风能转换系统变速控制不同控制策略数学建模分析(WECS)

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Because of the environmental pollution problems and the economic benefits of fuel savings, there has been a growing interest in the renewable energy, especially wind energy power systems. There are still many unsolved challenges in expanding wind power, and there are numerous problems of interest to systems control researchers. The amount of energy obtained from a wind energy conversion system (WECS) depends not only on the characteristics of the wind regime at the site, but it also depends on the control strategy used for the WECS. In order to get the maximum power from the wind, the variable-speed wind turbine should run at different speed when wind speed changes. In this paper modeling and control scheme of the efficient mathematical methods are introduced. Models of several autonomous WECS have been developed using Matlab Simulink software. These allow easy performance evaluations and comparisons on different control strategies used in WECS.
机译:由于环境污染问题和燃料储蓄的经济效益,对可再生能源,尤其是风能发电系统越来越感兴趣。 扩大风力仍有许多未解决的挑战,系统控制研究人员有许多兴趣的问题。 从风能转换系统(WECs)获得的能量不仅取决于现场风制的特征,而且还取决于用于WECS的控制策略。 为了从风中获得最大功率,当风速发生变化时,变速风力涡轮机应以不同的速度运行。 在本文的介绍和控制方案中,介绍了有效的数学方法。 使用Matlab Simulink软件开发了几种自主WEC的模型。 这些允许在WECS中使用的不同控制策略进行简单的性能评估和比较。

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