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Frequency control of Micro-Grid in autonomous mode using model predictive control

机译:基于模型预测控制的自主模式微电网频率控制

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摘要

Despite all of benefits of Micro-Grid, they creates too many problems, one of the most common is their frequency instability. Because the Micro-Grid includes dynamic generations and loads that make real power imbalance. These components mainly include: wind turbines, Photovoltaic and dynamic loads. Therefore Due to the random power fluctuations on the generation and load sides, different parameters constraint and limitation of generations and loads, it is difficult to find optimal controller parameters in order to minimize power fluctuation, therefore for these reasons a predictive control is applied to damp the frequency fluctuations and enhance the power imbalance. In this paper, all of the simulation and analysis is done in isolated mode, and to show effectiveness of model predictive controller, the results of proposed controller is compared with results obtained from PI controller.
机译:尽管微电网具有所有优点,但它们仍会产生太多问题,其中最常见的问题之一是频率不稳定。因为微电网包含动态发电和负载,这会造成实际功率不平衡。这些组件主要包括:风力涡轮机,光伏和动态负载。因此,由于发电侧和负荷侧的随机功率波动,不同的参数约束以及发电和负荷的限制,很难找到最优的控制器参数以最小化功率波动,因此出于这些原因,将预测控制应用于阻尼频率波动,加剧功率不平衡。在本文中,所有的仿真和分析都是在隔离模式下进行的,并且为了展示模型预测控制器的有效性,将所提出的控制器的结果与从PI控制器获得的结果进行了比较。

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