A Renewable Energy Community of DC Nanogrids for Providing Balancing Services

The massive expansion of Distributed Energy Resources and schedulable loads have forced a variation generation, transmission, final usage electricity towards the paradigm Smart Communities microgrids Renewable Communities. In paper, use multiple DC for residential applications, i.e., nanogrids, in order to compose create renewable energy community, is hypothesized. Bus Signaling distributed control strategy power management each individual nanogrid applied satisfy flow requests sent from an aggregator. It important underline that this adaptive strategy, it used when provides service aggregator not. addition, value bus voltage communicated way, aware regulation capacity can provide which flexible resources are capacity. effectiveness proposed demonstrated via numerical experiments. community considered paper consists five interfaced common ML-LV substation. equipped with photovoltaic plant set lithium-ion batteries, participate balancing depending on its local generation storage