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Performance Analysis of Synchronous Reference Frame Based Controller for Grid Interconnected Microgrid

机译:基于同步参考框架的电网互联微网控制器性能分析

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Microgrids and their interconnection with main grid are gaining importance nowadays. Usually inverters acts as power interface between the renewable energy resources and main electrical network. This paper focuses on design and simulation of a simple and easy to implement controller for the operation of this inverter in MATLAB SIMULINK environment. This controller enables the microgrid to operate in grid parallel as well as in standalone mode. Phase locked loop (PLL) is used to lock grid frequency and phase. A simple but effective quasi-active islanding detection algorithm is used for transition between the modes. Simulation shows the effectiveness of this algorithm combined with the control strategy, in minimizing the non detection zones, through different loading conditions. Simulations also show the algorithm's ability to distinguish between the islanding event and load variations.
机译:如今,微电网及其与主电网的互连越来越重要。通常,逆变器充当可再生能源与主电网之间的电源接口。本文致力于在MATLAB SIMULINK环境中该逆变器操作的简单易实现的控制器的设计和仿真。该控制器使微电网能够在并行电网以及独立模式下运行。锁相环(PLL)用于锁定电网频率和相位。一种简单但有效的准主动孤岛检测算法用于模式之间的转换。仿真表明,在不同的负载条件下,该算法与控制策略相结合可以有效地将非检测区域最小化。仿真还显示了该算法区分孤岛事件和负载变化的能力。

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