The presence of end-users storage systems is an increasing phenomena as Distributed Generation systems based on not-programmable sources, typically wind and sun, are widely present in distribution network. How to involve and share this storage availability in the management of the whole electricity system is now a crucial question. In this paper, starting from a previous work, the authors extend a demand response program for a prosumer to a prosumer with storage availability. In particular, the case of a Stormwater Detection Tank has been taken into account as a prosumer with storage availability in order to test the propose demand response program for an energy district in an urban environment. Results in a test system are shown.
Demand Response Program in an Energy District with Storage Availability
MENNITI, Daniele;PINNARELLI, ANNA;SORRENTINO, Nicola;
2016-01-01
Abstract
The presence of end-users storage systems is an increasing phenomena as Distributed Generation systems based on not-programmable sources, typically wind and sun, are widely present in distribution network. How to involve and share this storage availability in the management of the whole electricity system is now a crucial question. In this paper, starting from a previous work, the authors extend a demand response program for a prosumer to a prosumer with storage availability. In particular, the case of a Stormwater Detection Tank has been taken into account as a prosumer with storage availability in order to test the propose demand response program for an energy district in an urban environment. Results in a test system are shown.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
