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Measuring global effectiveness of integrated electric energy systems

机译:衡量综合电能系统的全球有效性

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In the existing integrated electrical system favoring the transition to a more sustainable, efficient, flexible, reliable and high quality system. Therefore, it is required to have reliable and robust metrics that try to include these concepts in the form of indicators for the KPI and its subsequent analysis. This paper addresses that problem and in order to tackle it introduces a novel methodology to measure the effectiveness of an integrated electrical system. Such methodology is based on the extension of the OEE concept to the energetic domain considering the multiple uncertain factors affecting OEE, and establishing a relation among them through the Planning Factor (PF), which relate strategic and operational concepts. In the experimental part of the paper, we have used this novel methodology to analyze and measure the effectiveness of the Spanish integrated electrical system without losing generality, and using a confidence interval of 95% an OGEE of 0.96 and SOEE of 0.652 have been obtained, which classifies the Spanish system as an advanced one. In this way, different settings or electrical systems can be compared an assessed. (C) 2017 Hydrogen Energy Publications LLC. Published by Elsevier Ltd. All rights reserved.
机译:在现有的集成电气系统中,有利于向更可持续,高效,灵活,可靠和高质量的系统过渡。因此,需要具有可靠且健壮的度量标准,以KPI及其后续分析的指标形式尝试包含这些概念。本文解决了这个问题,并且为了解决该问题,引入了一种新颖的方法来测量集成电气系统的有效性。这种方法基于将OEE概念扩展到能量域,同时考虑到影响OEE的多个不确定因素,并通过规划因素(PF)建立它们之间的关系,而这些因素将战略和运营概念联系起来。在本文的实验部分,我们使用了这种新颖的方法来分析和衡量西班牙集成电气系统的有效性而又不失一般性,并使用95%的置信区间获得了0.96的OGEE和0.652的SOEE,将西班牙系统归为高级系统。以这种方式,可以比较不同的设置或电气系统。 (C)2017氢能出版物有限公司。由Elsevier Ltd.出版。保留所有权利。

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