基于监督机器学习的输电系统短期损耗预测

I. Sudić, Matko Mesar, B. Franc, T. Capuder, Tomislav Ivanković, Krunoslav Pavić, I. Pavić
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引用次数: 1

摘要

尽管输电网的有功功率损耗在百分比上并不显著,特别是与配电网相比,但它们构成了系统运营商的主要费用。预测这些损失并以最可行的方式获取损失变得尤为重要。本文讨论了不同尺度短期有功损耗预测的重要性,提出了一种基于监督机器学习的模型来解决这一问题。以天气预报为输入数据的支持向量回归方法在克罗地亚传输系统运营商(HOPS)数据上进行了验证,与常规方法相比,显示出显着的改进。开发的模型被集成到一个软件工具中,并部署在HOPS。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Short-term transmission system losses forecast based on supervised machine learning
Although active power losses in transmission networks are not significant in percentage, especially compared to the distribution networks, they constitute a major expense for the system operators. Predicting these losses and procuring them in a most feasible way becomes of out-most importance. The paper discusses the importance of short-term active power losses forecasting of different scales and proposes a model based on supervised machine learning to tackle the issue. Support vector regression method with weather forecasts as input data is validated on Croatian Transmission System Operators (HOPS) data, showing significant improvements as compared to business-as-usual approach. The developed model is integrated into a software tool and deployed at HOPS.
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