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Research on Power Load Forecasting Model Based on Hybrid AlgorithmOptimizing BP Neural Network

机译:基于BP神经网络优化混合算法的电力负荷预测模型研究。

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Short time load forecasting is essential for daily planning and operation of electric power system. It is the importantbasis for economic dispatching, scheduling and safe operation. Neural network, which has strong nonlinear fittingcapability, is widely used in the load forecasting and obtains good prediction effect in nonlinear chaotic time series forecasting.However, the neural network is easy to fall in local optimum, unable to find the global optimal solution. This paperwill integrate the traditional optimization algorithm and propose the hybrid intelligent optimization algorithm based onparticle swarm optimization algorithm and ant colony optimization algorithm (ACO-PSO) to improve the generalizationof the neural network. In the empirical analysis, we select electricity consumption in a certain area for validation. Comparedwith the traditional BP neutral network and statistical methods, the experimental results demonstrate that the performanceof the improved model with more precise results and stronger generalization ability is much better than the traditionalmethods.
机译:短期负荷预测对于电力系统的日常规划和运行至关重要。它是经济调度,调度和安全运行的重要基础。神经网络具有很强的非线性拟合能力,在负荷预测中得到了广泛的应用,在非线性混沌时间序列预测中取得了良好的预测效果,但是神经网络容易陷入局部最优,无法找到全局最优解。本文将融合传统的优化算法,并提出基于粒子群算法和蚁群优化算法(ACO-PSO)的混合智能优化算法,以提高神经网络的通用性。在实证分析中,我们选择某个区域的用电量进行验证。与传统的BP神经网络和统计方法相比,实验结果表明,改进后的模型具有更精确的结果和更强的泛化能力,其性能要优于传统方法。

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