Wind turbine power control

Zsolt Čonka, V. Kohan, R. Štefko, M. Kolcun
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Abstract

The work deals with the principle of wind power regulation by changing the angles of rotation of the turbine blades. In the introduction there is a literary overview of the issue that has helped to assume and design the management program in Matlab software. The benefits of this regulation and the need for the implementation of the control of wind power blades are described in more detail and simulated for real cases in practice. The work there is also a description of the introduction of the European Commission regulations to these wind farm regulations. In the end of the paper shows examples of various possible types of wind speed, its direction and rotation of blades to frequency and active performance ratio. This is then pointed to the importance of installing the control units of active power for renewable power generation. Study on changing the rotation of the blades in the control of wind power plants confirmed that it is the necessary need for each turbine that me to be connected to the operation of electricity-sharing systems from electricity produced from electricity sources.
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风力发电机功率控制
这项工作涉及通过改变涡轮机叶片的旋转角度来调节风力的原理。在引言部分有一个文献综述,这有助于在Matlab软件中假设和设计管理程序。本文更详细地描述了这一规定的好处和实施风力发电叶片控制的必要性,并对实际情况进行了模拟。工作中还介绍了欧盟委员会对这些风电场法规的介绍。最后给出了各种可能的风速类型、风速方向和叶片转速与频率和主动性能比的算例。这就指出了为可再生能源发电安装有功电源控制单元的重要性。通过对风力发电厂控制中改变叶片旋转的研究,证实了每台涡轮机都必须将电力来源产生的电力接入共享电力系统运行。
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