The design and test of a prototype for building envelope integration of PV systems is the focus of this research. The aim is to bridge the gap between architectural integration and cost-effectiveness, fostering an high esthetical value, high energy performance in south facade applications as well as east / west surface. This project is part of a larger research jointly developed by University of Florence and the Palagio Engineering Company, with other Tuscany companies involved in the fields of “Abitaremediterraneo” (Mediterranean sustainable living), developing innovative smart façade and double skin, trying to integrate innovative technological systems such as PV concentration with local tradition materials (brick), focusing on passive cooling and energy efficiency strategies in a Mediterranean climatic condition. Developing this idea and trying to get an innovative project we arrived at the design of solar shading system that uses the parabolic solar concentrator system.

Smart skin and architectural integration of PV glazed brick shading devices / Antonella Trombadore; Leonardo Scalpellini. - STAMPA. - 1:(2013), pp. 61-65. (Intervento presentato al convegno CISBAT 2013 Cleantech for Smart Cities & buildings: from nano to urban scale tenutosi a Lausanne nel 4-6 September2013).

Smart skin and architectural integration of PV glazed brick shading devices

TROMBADORE, ANTONELLA
;
2013

Abstract

The design and test of a prototype for building envelope integration of PV systems is the focus of this research. The aim is to bridge the gap between architectural integration and cost-effectiveness, fostering an high esthetical value, high energy performance in south facade applications as well as east / west surface. This project is part of a larger research jointly developed by University of Florence and the Palagio Engineering Company, with other Tuscany companies involved in the fields of “Abitaremediterraneo” (Mediterranean sustainable living), developing innovative smart façade and double skin, trying to integrate innovative technological systems such as PV concentration with local tradition materials (brick), focusing on passive cooling and energy efficiency strategies in a Mediterranean climatic condition. Developing this idea and trying to get an innovative project we arrived at the design of solar shading system that uses the parabolic solar concentrator system.
2013
CISBAT 2013 Cleantech for Smart Cities & buildings: from nano to urban scale
CISBAT 2013 Cleantech for Smart Cities & buildings: from nano to urban scale
Lausanne
4-6 September2013
Antonella Trombadore; Leonardo Scalpellini
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/978091
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