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A New Approach for Photovoltaic Power Prediction Based on Chaos Theory

机译:基于混沌理论的光伏功率预测新方法

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Variability represents the main problem related to renewable energies. Their intermittent nature constitutes the greatest obstacle to their complete adoption. For this reason, and despite the efforts made in this field, renewable energies are not yet able to replace fossil fuels, hence the importance of prediction. This work proposes a new method of photovoltaic energy prediction, founded on dynamic behavior analysis. This approach is to use phase space reconstruction, to build the input of the neural network in order to take into account the dynamics of the system in the forecasting process. Then, to improve the precision, we introduce the wavelet transformation. We tested this approach on photovoltaic production of the Faculty of Science and Technology of Beni Mellal, Morocco. Finally, the comparison between predictions and actual observations confirmed the effectiveness of our approach.
机译:可变性是与可再生能源有关的主要问题。它们的断断续续的性质构成了对其完全采用的最大障碍。因此,尽管在这一领域做出了努力,可再生能源仍无法替代化石燃料,因此预测的重要性。这项工作提出了一种基于动态行为分析的光伏能量预测的新方法。这种方法是使用相空间重构,以建立神经网络的输入,以便在预测过程中考虑系统的动态。然后,为了提高精度,我们引入了小波变换。我们在摩洛哥贝尼梅拉尔科学技术学院的光伏生产中测试了这种方法。最后,预测和实际观察之间的比较证实了我们方法的有效性。

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