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引用次数: 6

摘要

为了合理利用风能,有必要在所有风速下使风力机处于最大功率点。在风力机运行范围内对转子进行转速控制,实现最大功率点跟踪。控制器的使用取决于需要控制转子角速度的范围,该范围因各种涡轮机而异。较小的转子转速控制范围支持控制器的经济性。因此,对于一个特定的风能位置,风力涡轮机的选择应该以这样的方式进行:在风力变化期间,它需要最小速度控制来跟踪最大功率。本文试图对MPPT风力发电机组的性能进行分析。仿真结果表明MATLAB编码是有效的,对MPPT风力机的选择提出了一些建议。
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Selection of wind turbine for MPPT
For proper utilization of wind energy it is necessary to drive the wind turbine at maximum power points at all wind speeds. Speed control of rotor is done within the operating range of wind turbines for maximum power point tracking(MPPT). Controllers are used depending upon the range within which the control of rotor angular velocity is required and this range varies for various turbines. Smaller range for rotor speed control supports the economy of controllers. So, for a particular wind energy location, selection of wind turbine should be done in such a manner that it requires minimum speed control to track maximum power during wind variations. In this paper an attempt has been made to analyze the performance of wind turbines for MPPT. Simulation results using MATLAB coding are found to be effective to propose few recommendations for the selection of wind turbines suitable for MPPT.
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