一种基于模糊分层神经网络的短期负荷预测模糊自适应修正方案

P. Dash, S. Dash, S. Rahman
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引用次数: 14

摘要

提出了一种混合神经网络模糊专家系统,可准确预测未来1 ~ 48小时电力负荷。负荷和其他天气变量的模糊隶属度值作为神经网络的输入,输出由预测负荷的隶属度值组成。利用模糊规则库和模糊推理机制,采用自适应模糊修正方案预测最终负荷。本文还提出了一种从历史负荷数据库中识别日型的模糊模式分类方法,用于神经网络的训练。在所有季节都进行了广泛的研究,尽管论文中给出了典型冬季的结果,以证明该技术的强大功能。
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A fuzzy adaptive correction scheme for short term load forecasting using fuzzy layered neural network
A hybrid neural network-fuzzy expert system is developed to forecast one hour to forty-eight hour ahead electric load accurately. The fuzzy membership values of load and other weather variables are the inputs to the neural network and the output comprises the membership value of the predicted load. An adaptive fuzzy correction scheme is used to forecast the final load by using a fuzzy rule base and fuzzy inference mechanism. The paper also presents a fuzzy pattern classification approach for identifying the day-type from the historical load database to be used for training the neural network. Extensive studies have been performed for all seasons, although the results for a typical winter day are given in the paper to demonstrate the powerfulness of this technique.<>
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