Italian MISSION project aims to study, advanced integrated and smart multi-energy distribution systems to push the energy transition. In detail, architectures and logics implementation have to be defined for the optimized management of individual or integrated energy vectors (electrical, thermal, H2) microgrids with particular attention to interoperability, reliability and flexibility issues. This paper goal consists in defining different use cases in order to prepare and configure the ENEA Smart Energy multi-vectors Microgrid facilities. This study results mandatory to the successive project steps to identify strength points and criticalities to targets achievement. Furthermore, it could constitute a reference collection for research and regulatory activities.
MISSION Project: use cases definition for a Smart Energy Multi-vectors Microgrid
Adinolfi, Giovanna;Ciavarella, Roberto;Valenti, Maria;Graditi, Giorgio
2022-01-01
Abstract
Italian MISSION project aims to study, advanced integrated and smart multi-energy distribution systems to push the energy transition. In detail, architectures and logics implementation have to be defined for the optimized management of individual or integrated energy vectors (electrical, thermal, H2) microgrids with particular attention to interoperability, reliability and flexibility issues. This paper goal consists in defining different use cases in order to prepare and configure the ENEA Smart Energy multi-vectors Microgrid facilities. This study results mandatory to the successive project steps to identify strength points and criticalities to targets achievement. Furthermore, it could constitute a reference collection for research and regulatory activities.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
