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Study of MPPT Simulation Based on Power Prediction Method and Variable Step Incremental Conductance Method

机译:基于功率预测方法的MPPT仿真和可变步长增量电导法研究

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Traditional incremental conductance method is one of the most widely used methods of MPPT in solar photovoltaic system. But oscillation and misjudgment also exist, which have a great impact on the efficiency and stability of solar system. This thesis proposes a new MPPT algorithm, that is, to combine power prediction method with incremental conductance method organically; simultaneously to apply variable step theory to reduce oscillation and avoid misjudgment. After the simulation in MATLAB7, it proved to be feasible by comparing with traditional incremental conductance.
机译:传统的增量电导方法是太阳能光伏系统中最广泛使用的MPPT方法之一。但振荡和误判也存在,这对太阳系的效率和稳定性产生了很大的影响。本论文提出了一种新的MPPT算法,即,以有机地将功率预测方法与增量电导法相结合;同时应用变量步骤理论以减少振荡并避免误判。在MATLAB7中的模拟之后,通过与传统的增量电导相比,它证明是可行的。

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