Modelling and Validation on Field of EESS Management Strategies in Grid-Connected PV Systems for End Users

F. D. Lia, Francesca Lorè, R. Schioppo, R. L. Presti, M. Tucci
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Abstract

In this work different management strategies for Electrical Energy Storage Systems (EESS) have been modeled in the ENEA’s Simulator Plant and subsequently tested on field in the PV Plant. The Plant (12 kWp, 12 kWh) is equipped with ABB REACT1 systems. A relevant aspect of the Plant is the Energy Management System (EMS), developed by ENEA that allows the EESS control and supervision in real time according to the selected management strategy. Self-consumption and Peak-Shaving strategies have been modeled and successfully tested.
最终用户并网光伏系统EESS管理策略领域建模与验证
在这项工作中,电能存储系统(EESS)的不同管理策略在ENEA的模拟器工厂中进行了建模,并随后在光伏工厂进行了现场测试。该电厂(12 kWp, 12 kWh)配备了ABB REACT1系统。该工厂的一个相关方面是能源管理系统(EMS),该系统由ENEA开发,允许根据选定的管理策略实时控制和监督EESS。自我消费和调峰策略已经建模并成功测试。
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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