The article describe a research aimed to provide a design tool for BIPV systems by making use of the integration of energy simulation programs with visual programing tools to spot the best façade solutions for any specific project. The optimization of these solar façades by this tool is discussed and compared to the non-optimized alternatives. To put it briefly, the tests were done on a common vertical two section façade with windows to provide natural light and solar heat to a certain amount that would be beneficial energy-wise, with crystalline silicon based photovoltaics in the remaining parts of the facades.

Computational BIPV Design: An energy optimization tool for solar facades / Giuseppe, Ridolfi; Saberi, Arman; Omid, Bakhshaei. - STAMPA. - 1:(2018), pp. 360-369. (Intervento presentato al convegno MED GREEN FORUM-4 Mediterranean Green Buildings and Renewable Energy Forum 2017 tenutosi a firenze nel 31 luglio-2 agosto 2017).

Computational BIPV Design: An energy optimization tool for solar facades

giuseppe ridolfi
Writing – Original Draft Preparation
;
GHOLAMREZAEE SABERI, ARMAN
;
2018

Abstract

The article describe a research aimed to provide a design tool for BIPV systems by making use of the integration of energy simulation programs with visual programing tools to spot the best façade solutions for any specific project. The optimization of these solar façades by this tool is discussed and compared to the non-optimized alternatives. To put it briefly, the tests were done on a common vertical two section façade with windows to provide natural light and solar heat to a certain amount that would be beneficial energy-wise, with crystalline silicon based photovoltaics in the remaining parts of the facades.
2018
Sustainable Energy for All. Selected Papers from the World Renewable Energy Congress WREC 2016
MED GREEN FORUM-4 Mediterranean Green Buildings and Renewable Energy Forum 2017
firenze
31 luglio-2 agosto 2017
Giuseppe, Ridolfi; Saberi, Arman; Omid, Bakhshaei
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1107425
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