Design of a flexibility hub within a Net-Zero Energy Factory. The MESH4U demonstrator

P. Lombardi, B. Arendarski, M. Richter, S. Y. Mattepu, P. Komarnicki, L. Bartolucci, S. Cordiner, V. Mulone
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Abstract

Industrial facilities might offer a high contribution to the integration into the grid of the volatile power generated by renewable energy sources (RES). In order to do that, flexibility must be identified, quantified and exploited. The flexibility might be exploited through the control of the manufacturing processes and/or by designing other flexibility options, such as energy storage systems (electric, thermal and compressed air) or controlling the logistic sector if it is electrified. Within the ERA-NET Project "MESH4U," the flexibility of an industrial facility is used both for operating the facility as a Net-Zero Energy Factory and to react to signals sent from a central flexibility hub. The aim of the study is to present the MESH4U demonstrator by pointing out the solutions developed for identifying, quantifying and exploiting the flexibility and how such flexibility could be used to better integrate the power generated by volatile RES.
零净能源工厂内柔性枢纽的设计。MESH4U演示器
工业设施可能为将可再生能源(RES)产生的不稳定电力整合到电网中做出很大贡献。为了做到这一点,必须确定、量化和利用灵活性。这种灵活性可以通过控制制造过程和/或通过设计其他灵活性选项来利用,例如能源存储系统(电力、热力和压缩空气)或控制电气化的物流部门。在ERA-NET项目“MESH4U”中,工业设施的灵活性既用于将设施作为净零能耗工厂运营,也用于对来自中央灵活性枢纽的信号做出反应。该研究的目的是通过指出为识别、量化和利用灵活性而开发的解决方案,以及如何利用这种灵活性更好地整合挥发性RES产生的电力,来展示MESH4U演示器。
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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