This paper intends to present the experimental results of an integrated polygeneration system based on innovative thermal solar façade panels working with Near-InfraRed (NIR) radiation. The research goal is the evaluation of thermal energy performances of the integrated system based on innovative NIR façade panels and including different other devices for thermal and electrical energy production (i.e. prototype heat pump and CHP mGT). The innovative solution has been developed in the framework of ‘ENVISION’ H2020 European Project whose aim is the demonstration of a full renovation concept that harvests energy from all available building surfaces allowing visible aspects to be retained. In this paper, the ‘ENVISION’ Southern Demosite, located at the Savona University Campus (one of the venues of the University of Genoa), is presented together with the description of the solar panels’ main characteristics, their site installation, and the thermal power calculation performed using experimental data

Experimental results of an innovative NIR- solar façade panels-based polygeneration system

Chiara Anfosso;Lorenzo Gini;Daria Bellotti;Matteo Pascenti;Loredana Magistri
2022-01-01

Abstract

This paper intends to present the experimental results of an integrated polygeneration system based on innovative thermal solar façade panels working with Near-InfraRed (NIR) radiation. The research goal is the evaluation of thermal energy performances of the integrated system based on innovative NIR façade panels and including different other devices for thermal and electrical energy production (i.e. prototype heat pump and CHP mGT). The innovative solution has been developed in the framework of ‘ENVISION’ H2020 European Project whose aim is the demonstration of a full renovation concept that harvests energy from all available building surfaces allowing visible aspects to be retained. In this paper, the ‘ENVISION’ Southern Demosite, located at the Savona University Campus (one of the venues of the University of Genoa), is presented together with the description of the solar panels’ main characteristics, their site installation, and the thermal power calculation performed using experimental data
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11567/1100185
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