基于机器学习的大型生产工厂小规模数据能耗预测

Volkan Ozdemir, Anil Çaliskan, A. Yiğit
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引用次数: 0

摘要

本报告涵盖了预测轮胎生产厂消耗能源的统计方法。这项研究背后的原因也是为了优化能源消耗预算,并遵循生产区域明智的kpi,这对于ISO 50001能源管理体系标准也是至关重要的。为了实现这一目标,作者澄清了主要问题,然后开始应用跨行业数据挖掘标准过程(CRISP-DM)[1]方法的步骤。本研究最重要的一点是,虽然历史数据规模较小,但根据输入样例,参数具有更高的维数。因此,可以用预算期间使用的简单变量来解释将用作输入的数据。该研究介绍了基于生产区域的数据准备步骤,网格搜索最佳回归算法,模型比较以及七个月的验证结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Machine Learning Based Electric Energy Consumption Prediction of a Large-Scaled Production Plant with Small-Scaled Data
This report covers the statistical approach to predict consumed energy for a tire production plant. The reasons behind this study are also to optimize the energy consumption budget and to follow the production area wised KPIs which is also vital for ISO 50001 Energy management system standard. In order to make it happen, writers clarify the main problem, then start to apply the steps of the cross industry standard process for data mining (CRISP-DM) [1] methodology. The most important point of this study was that although the historical data is small scaled, the parameters have a higher dimension according to input examples. Hence, the data to be used as input could be explained with simple variables to be used in the budget period. The study introduces data preparation steps based on the production area, grid search for best regression algorithm, comparison of models, and seven-month validation results.
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