PV/T panels are innovative systems increasingly used in the building sector. Their energy production and overall efficiency depend on several factors related to the shares of electrical and thermal loads and to the working temperature of the operating fluid. Therefore, an optimal configuration should be found. In this work, a parametric analysis was performed to provide a contribute on this issue. The conclusive indications can be exploited by designers and researchers, to maximize the efficiency of the systems in relation to configurations and to both electrical and thermal loads. To this purpose a simulation model was designed and implemented in a spreadsheet, using Visual BasicTM functions.
PVT Systems: Effect Of Both Storage Features And Load Configuration / Malara, C; Marino, C; Nucara, A; Peri, G; Pietrafesa, M; Scaccianoce, G. - (2019), pp. 4409-4416. (Intervento presentato al convegno Building Simulation 2019 - 16th IBPSA International Conference and Exhibition tenutosi a Rome nel Sept. 2-4th 2019) [10.26868/25222708.2019.210548].
PVT Systems: Effect Of Both Storage Features And Load Configuration
Marino C;Nucara A
;Pietrafesa M;
2019-01-01
Abstract
PV/T panels are innovative systems increasingly used in the building sector. Their energy production and overall efficiency depend on several factors related to the shares of electrical and thermal loads and to the working temperature of the operating fluid. Therefore, an optimal configuration should be found. In this work, a parametric analysis was performed to provide a contribute on this issue. The conclusive indications can be exploited by designers and researchers, to maximize the efficiency of the systems in relation to configurations and to both electrical and thermal loads. To this purpose a simulation model was designed and implemented in a spreadsheet, using Visual BasicTM functions.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
