Interconnection of a Wind Driven DC Machine with the Power Utilities Grid

M. Taleb
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Abstract

A wind driven DC machine is interconnected with the power utilities grid. The wind driven DC machine is operated in the regenerative mode and that is to guaranty the extraction of the real power from the wind driven generator and inject it into the power grid. This is done through the use of a single phase full wave controlled converter operating in “ an inverter mode of operation”. At any pretended surrounding weather conditions, maximum extraction of power from the renewable energy source (ie. Wind energy source) is targeted. This is done through the realization of a self-adjusted firing angle controller responsible of triggering the semiconductor elements of the controlled converter. An active power filter is shunted with the proposed setup to guaranty the sinusoid quality of the power utilities line current. The overall performance of the proposed system has been simulated in MATLAB/SIMULINK environment. Quite satisfactory and encouraging results have been obtained.
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风力直流电机与电网的互联
风力驱动的直流电机组与电网相连。风力直流电机组以蓄电方式运行,即保证从风力发电机中抽出实电并注入电网。这是通过使用在逆变器操作模式下运行的单相全波控制转换器来完成的。在任何假想的周围天气条件下,从可再生能源中最大限度地提取电力(即。风能资源)是有针对性的。这是通过实现一个自调节发射角控制器来实现的,该控制器负责触发被控变换器的半导体元件。采用该方法并联了有源电力滤波器,保证了电力线路电流的正弦波质量。在MATLAB/SIMULINK环境下对系统的整体性能进行了仿真。取得了相当令人满意和鼓舞人心的结果。
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