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Advanced control system of DFIG based wind generators for reactive power production and integration in a wind farm dispatching

机译:基于DFIG的风力发电机的先进控制系统,用于风电场调度中的无功生产和集成

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In this paper, power dispatching of a wind farm is described while focusing on the local power management and controller units of a wind generator. The wind farm dispatching system sends out the appropriate power references to each individual wind generator in order to control the power production of the entire wind farm. A local power management algorithm is proposed for the reactive power production in each wind generator. In fact, this algorithm ensures the management of power references between the Grid Side Converter (GSC) and the DFIG stator circuit by taking into account three modes of the wind farm operating. This algorithm takes also into account the maximum reactive power capability of the DFIG as well as the GSC. The DFIG control system provides the desired power, which is asked by the wind farm dispatching. The proposed reactive power management algorithm and the real and reactive power control for each individual wind generator have been implemented on a dSPACE DS 1104 board. The performance of the reactive power distribution algorithm and the entire DFIG controller are verified through experimental results. (C) 2015 Elsevier Ltd. All rights reserved.
机译:在本文中,在重点介绍风力发电机的本地电源管理和控制器单元的同时,描述了风电场的功率分配。风电场调度系统向每个单独的风力发电机发送适当的功率参考,以控制整个风电场的电力生产。针对每台风力发电机的无功功率,提出了一种局部功率管理算法。实际上,该算法通过考虑风电场运行的三种模式,确保了电网侧转换器(GSC)与DFIG定子电路之间的功率参考管理。该算法还考虑了DFIG和GSC的最大无功功率能力。 DFIG控制系统提供所需的功率,这是风电场调度所要求的。 dSPACE DS 1104板上已实现了建议的无功功率管理算法以及每个风力发电机的有功和无功控制。通过实验结果验证了无功分配算法和整个DFIG控制器的性能。 (C)2015 Elsevier Ltd.保留所有权利。

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