Nowadays, the construction sector must comply with increasingly high-performances and sustainability instances. To meet multiple requirements, it is important to apply a multi-criteria design approach, which allows the designer to analyze, evaluate, choose, and summarize the parameters to pay attention to in pursuit of building quality. A conscious use of green materials and technologies avoid the risk of greenwashing, which is common both in production and construction. This contribution investigates the performances of different green building construction solutions. Moreover, it compares them with the performances of commonly adopted technological solutions in contemporary construction. The methodology adopted in the investigation provides for the realization of a multi-criteria analysis in which thermal, energy performances, environmental and economic costs associated with these technologies are assessed. These considerations are contextualized in the case of new construction in a Mediterranean climate. The conclusions highlight how complex it is to identify a single building technology that optimizes all the performance criteria chosen. Proper design must consider several factors such as local climate, environmental context, and planovolumetric design to maximize the performance of the selected criterion

Analysis of the environmental, economic, thermal and energy performances of green building technologies

Caponetto R.
;
Giuffrida G.
;
Nocera F.
2022

Abstract

Nowadays, the construction sector must comply with increasingly high-performances and sustainability instances. To meet multiple requirements, it is important to apply a multi-criteria design approach, which allows the designer to analyze, evaluate, choose, and summarize the parameters to pay attention to in pursuit of building quality. A conscious use of green materials and technologies avoid the risk of greenwashing, which is common both in production and construction. This contribution investigates the performances of different green building construction solutions. Moreover, it compares them with the performances of commonly adopted technological solutions in contemporary construction. The methodology adopted in the investigation provides for the realization of a multi-criteria analysis in which thermal, energy performances, environmental and economic costs associated with these technologies are assessed. These considerations are contextualized in the case of new construction in a Mediterranean climate. The conclusions highlight how complex it is to identify a single building technology that optimizes all the performance criteria chosen. Proper design must consider several factors such as local climate, environmental context, and planovolumetric design to maximize the performance of the selected criterion
green buildings, sustainable design, thermal and energy performance, embodied carbon, costs
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/20.500.11769/536117
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