In a smart city environment, the collaboration between its users must be favorite. In particular, in energy sector, this collaboration can allow an economic utility to the users that take part to the management of energy. Previously an energy management model has been presented: it is characterized by the presence of a supervision entity named CEP, in a defined area called VED. In this paper, the authors focus on the importance of energy storage systems and present a management model that can allow to obtain an additional utility to the user who have an energy storage system and offer the possibility to use these storage systems when an energy surplus/deficit happens in VED. Some numerical results are discussed.
Local electricity market involving end-user distributed storage system
MENNITI, Daniele;SORRENTINO, Nicola;PINNARELLI, ANNA;Vizza P.
2015-01-01
Abstract
In a smart city environment, the collaboration between its users must be favorite. In particular, in energy sector, this collaboration can allow an economic utility to the users that take part to the management of energy. Previously an energy management model has been presented: it is characterized by the presence of a supervision entity named CEP, in a defined area called VED. In this paper, the authors focus on the importance of energy storage systems and present a management model that can allow to obtain an additional utility to the user who have an energy storage system and offer the possibility to use these storage systems when an energy surplus/deficit happens in VED. Some numerical results are discussed.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
