Forecasting and Evaluation Electricity Loss in Thailand via Flower Pollination Extreme Learning Machine Model

Sarunyoo Boriratrit, Wachira Tepsiri, Arthitaya Krobnopparat, Nongnooch Khunsaeng
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引用次数: 2

Abstract

In many developed countries analyzed and evaluated Loss electricity by using Machine Learning to improve the best solution in forecasting. In Thailand, Provincial Electricity Authority was analyzed in both of technical loss and nontechnical loss to handle the critical situation which could be consequences. In this research, Loss electricity forecasting was studied and analyzed with Machine Learning and Evolutionary Computational for high accuracy when forecasting by using Extreme Learning Machine merged with Flower Pollination Algorithm to find the best solution and use in the real-world. Experiment results show that average of Root Mean Square Error of the proposed model compared with actual data of North, Northeast, Center and South loss electricity datasets from November to December 2017 were 0.5963.
基于传粉极限学习机模型的泰国电力损失预测与评估
在许多发达国家,通过使用机器学习来分析和评估损失电力,以改进预测的最佳解决方案。在泰国,对省电力局进行了技术损失和非技术损失两方面的分析,以处理可能产生后果的危急情况。本研究利用机器学习和进化计算对损失电量预测进行研究和分析,利用极限学习机与传粉算法相结合的方法进行预测,寻找最优解并应用于现实世界。实验结果表明,该模型与2017年11 - 12月北、东北、中、南4个地区实际数据的均方根误差平均值为0.5963。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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