The aim of this paper is to describe a management protocol for electrical and thermal loads in housing scheme equipped with co-generative unit and renewable system. In new residential buildings is very important the presence of co-generative unit and renewable system to turn from the actual electrical grid (passive) into a smart grid; in fact, nowadays few power plants satisfy all customer electric demands; whereas in the near future the electrical final users will became local power producers. The new management protocol allows to optimize the energy demands in according with electrical energy cost, depending on time slot, and the instant power generation from co-generative and renewable devices. This system is capable, by simplex domotic interface, described analyzed and design by the authors, to individuate the more convenient time for the users, to respond at their energy demands. The advantage of this system can be found on a new power quality management, with consequent cost decrease for the users. Copyright © 2012 by ASME.
A PROPOSAL FOR POWER QUALITY MANAGEMENT PROTOCOL IN RESIDENTIAL BUILDINGS WITH CO-GENERATIVE AND RENEWABLE SYSTEMS / DI VEROLI, Mario; Calabria, Alfonso. - 10:(2012), pp. 99-105. (Intervento presentato al convegno IMECE 2012 tenutosi a Houston; United States nel November 9-15, 2012) [10.1115/IMECE2012-85583].
A PROPOSAL FOR POWER QUALITY MANAGEMENT PROTOCOL IN RESIDENTIAL BUILDINGS WITH CO-GENERATIVE AND RENEWABLE SYSTEMS
DI VEROLI, MARIO;CALABRIA, ALFONSO
2012
Abstract
The aim of this paper is to describe a management protocol for electrical and thermal loads in housing scheme equipped with co-generative unit and renewable system. In new residential buildings is very important the presence of co-generative unit and renewable system to turn from the actual electrical grid (passive) into a smart grid; in fact, nowadays few power plants satisfy all customer electric demands; whereas in the near future the electrical final users will became local power producers. The new management protocol allows to optimize the energy demands in according with electrical energy cost, depending on time slot, and the instant power generation from co-generative and renewable devices. This system is capable, by simplex domotic interface, described analyzed and design by the authors, to individuate the more convenient time for the users, to respond at their energy demands. The advantage of this system can be found on a new power quality management, with consequent cost decrease for the users. Copyright © 2012 by ASME.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
