基于径向基函数的代码公司列表能量测试预测

Mukti Dwi Cahyo, S. Heranurweni, Harmini Harmini
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引用次数: 1

摘要

电力是当今社会的主要需求之一,从家庭消费者到工业。电力需求每年都在增长。为了实现发电量和电力需求之间的调整,电力供应商(PLN)必须知道未来一段时间的负荷需求或电力需求。有许多关于电力负荷预测的研究,但并不是针对每个消费者部门的。该电力负荷的预测之一可以使用径向基函数人工神经网络(ANN)方法来完成。该方法使用2010-2017年的训练数据学习作为参考数据。这种方法的计算是基于电力供应商规划的经验,这是相对困难的,尤其是在需要对负荷变化进行校正方面。本研究特别预测了2019-2024年三宝垄-仰光网络服务区的电力负荷。该人工神经网络的结果产生了2019-2024年的预计电力需求,平均年增长率为1.01%,峰值负荷为2019-22024年。2024年的最高峰值负荷和占主导地位的平均负荷是家庭部门,每年增长1%。径向基函数模型的精度达到95%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PREDIKSI BEBAN ENERGI LISTRIK APJ KOTA SEMARANG MENGGUNAKAN METODE RADIAL BASIS FUNCTION (RBF)
Electric power is one of the main needs of society today, ranging from household consumers to industry. The demand for electricity increases every year. So as to achieve adjustments between power generation and power demand, the electricity provider (PLN) must know the load needs or electricity demand for some time to come. There are many studies on the prediction of electricity loads in electricity, but they are not specific to each consumer sector. One of the predictions of this electrical load can be done using the Radial Basis Function Artificial Neural Network (ANN) method. This method uses training data learning from 2010 - 2017 as a reference data. Calculations with this method are based on empirical experience of electricity provider planning which is relatively difficult to do, especially in terms of corrections that need to be made to changes in load. This study specifically predicts the electricity load in the Semarang Rayon network service area in 2019-2024. The results of this Artificial Neural Network produce projected electricity demand needs in 2019-2024 with an average annual increase of 1.01% and peak load in 2019-2024. The highest peak load in 2024 and the dominating average is the household sector with an increase of 1% per year. The accuracy results of the Radial Basis Function model reached 95%.
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