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Short-term hourly load forecasting using PSO-based AR model

机译:基于PSO的AR模型的短期每小时负载预测

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摘要

Load forecasting is essential for effective and stable power system planning and operation. Decision making related to power system operation is influenced by future's electric load patterns. In this paper, particle swarm optimization (PSO) based autoregressive (AR) model is presented for short-term hourly load forecasting. First of all, among several potential input candidates, relevant inputs that have high correlation with prediction model's output are selected. According to the number of selected inputs, the order of AR model is fixed. Finally, AR model's parameters are optimized using PSO that is a global optimization algorithm. To verify the performance, the proposed method is applied to two kinds of real world hourly load dataset in South Korea. The proposed method shows good prediction accuracy.
机译:负载预测对于有效和稳定的电力系统规划和操作至关重要。 与电力系统操作相关的决策受未来的电负载模式的影响。 本文介绍了基于粒子群优化(PSO)的自回归(AR)模型,用于短期每小时负载预测。 首先,在若干潜在的输入候选中,选择了与预测模型的输出高相关的相关输入。 根据所选输入的数量,AR模型的顺序是固定的。 最后,AR模型的参数使用PSO进行了优化,即是全局优化算法。 为了验证性能,所提出的方法适用于韩国两种现实世界每小时加载数据集。 该方法显示出良好的预测精度。

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