Nowadays, the development of high urban heat leads Italy to promote the expansion of the district heating infrastructures on its national territory. If the passage from individual heating plants to District Heating (DH) is a common practice in many northern regions, due to the high heat demand concentration, few are the existing DH networks and projects developed for this purpose, that interest the southern Italian regions. The aim of the study is to assess if this technology combined with wood biomass cogeneration can be exploited with advantage also in southern Italy, especially in mountain areas. The possibility of interconnecting such district heating systems to create a local micro-grid capable of meeting the needs of users, also ensuring resilience in the event of shutdown or failure of the network power plants village, is investigated. Finally, simulations of the entire energy micro-grid system were carried out through the MATLAB-Simulink tool
The development of an energy microgrid by means of the use of renewable sources for the mountain community resilience / Pompei, Laura; Nardecchia, Fabio; Bisegna, Fabio. - (2020). (Intervento presentato al convegno 4th SEE SDEWES Conference Sarajevo 2020 tenutosi a Sarajevo).
The development of an energy microgrid by means of the use of renewable sources for the mountain community resilience
Laura Pompei;Fabio Nardecchia
;Fabio Bisegna
2020
Abstract
Nowadays, the development of high urban heat leads Italy to promote the expansion of the district heating infrastructures on its national territory. If the passage from individual heating plants to District Heating (DH) is a common practice in many northern regions, due to the high heat demand concentration, few are the existing DH networks and projects developed for this purpose, that interest the southern Italian regions. The aim of the study is to assess if this technology combined with wood biomass cogeneration can be exploited with advantage also in southern Italy, especially in mountain areas. The possibility of interconnecting such district heating systems to create a local micro-grid capable of meeting the needs of users, also ensuring resilience in the event of shutdown or failure of the network power plants village, is investigated. Finally, simulations of the entire energy micro-grid system were carried out through the MATLAB-Simulink toolI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.