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Load profile determination with artificial evolution

机译:通过人工进化确定负载曲线

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Load profiles are designed to approximate the average load curve of a certain class of end users. They can be used for commercial purposes as well as for load curve estimation. Load profiles are often very inaccurate as they do not take into account factors such as the type of housing of the end users or the presence of electrical heating. In this paper we present a method to determine accurate load profiles by handling the problem as a blind source separation, solved with a genetic algorithm. Data concerning load curves of 20kV feeders as well as a history of energy consumptions of more than 400,000 end users was provided by “E´ lectricite´ de Strasbourg Re´seaux”. The load profiles found show considerable improvement in the estimation of 20kV feeder load curves.
机译:负载配置文件旨在逼近特定类别最终用户的平均负载曲线。它们可用于商业目的以及负载曲线估计。负载曲线通常非常不准确,因为它们没有考虑诸如最终用户的外壳类型或电加热的存在等因素。在本文中,我们提出了一种通过将问题作为盲源分离来解决的问题,从而确定准确的负载曲线的方法,该问题用遗传算法解决。 “ E´lectricite´de Strasbourg Re´seaux”提供了有关20kV馈线的负荷曲线以及超过40万最终用户的能耗历史的数据。所发现的负载曲线显示出在估计20kV馈线负载曲线方面的显着改进。

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