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Research on Neural Network Model Based on Maximum Conditional Entropy and Its Application on Short Term Load Forecasting

机译:基于最大条件熵的神经网络模型及其在短期负荷预测中的应用研究

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摘要

With the development of electricity market and power system growth, short term load forecasting (STLF) is becoming more and more important In this paper, a neural network forecasting model based on maximum conditional entropy model is proposed for STLF. With power system growth and the increase in their complexity, many factors have become influential to load management. First, we introduced conditional entropy to select relevant ones from so many load influential factors. The second step is to establish the relationship between the load value and the selected influential factors. In this paper, we adopted Recursive Multi Layer Perceptron Neural Networks with back propagation momentum training algorithm to establish the forecasting model. Expetiments show that the presented model can obtained satisfacroty results.
机译:随着电力市场和电力系统的发展,短期负荷预测(STLF)在本文中越来越重要,提出了一种基于最大条件熵模型的神经网络预测模型。随着电力系统的增长和复杂性的增加,许多因素对负荷管理有影响力。首先,我们介绍了条件熵,选择了相关的相关因素。第二步是建立负载值与所选影响因素之间的关系。本文采用了递归多层Perceptron神经网络,具有后传播动量训练算法来建立预测模型。植物表明,所呈现的模型可以获得满足的结果。

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