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A Short-Term Load Forecasting Algorithm Using Support Vector Regression Artificial Neural Network Method (SVR-ANN)

机译:支持向量回归和人工神经网络方法的短期负荷预测算法(SVR-ANN)

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Load Forecasting is the science of predicting the most economical amount of electrical power to be supplied by electrical utility companies. Energy conservation is in paired with this study which is needed for our unending need of power supply given limited source of energy. An effective way on how to do it is by using an Artificial Intelligence algorithm and as per chosen, Support Vector Regression and Artificial Neural Network are the machine learning algorithm which is a good combination for forecasting, classifying, and regression. Results were verified through statistical tools: 1) Mean Absolute Error (MAE); 2) Mean Absolute Percentage Error (MAPE). Using SVR-ANN algorithm, an averaged absolute error of 175.6893MW which corresponds to 2.47% was obtained from the analysis. The promising results of this study could be used as an alternative predicting tool for power system operators.
机译:负荷预测是预测电力公司要提供的最经济的电力量的科学。节能与这项研究相结合,在能源有限的情况下,对我们无休止的电力供应需求是必要的。一种有效的方法是使用人工智能算法,并且根据选择,支持向量回归和人工神经网络是机器学习算法,是预测,分类和回归的良好组合。通过统计工具验证了结果:1)平均绝对误差(MAE); 2)平均绝对百分比误差(MAPE)。使用SVR-ANN算法,从分析中获得平均绝对误差为175.6893MW,对应于2.47%。这项研究的有希望的结果可以用作电力系统运营商的替代预测工具。

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