Window-wall ratio (WWR) is a parameter that necessarily affects the energy need for heating, cooling and lighting of buildings. Its definition during the early design process is remarkable to reduce the energy consumption. The aim of the paper is to optimize WWR minimizing global energy consumption in order to obtain Nzeb schools in mediterranean area. From the study it is possible to affirm that WWR exerts a considerable influence on energy consumption for heating and cooling, and to a lesser extent for lighting.
Influence of Window-Wall ratio on global energy consumption of Nzeb kindergartens in Italy / Cecilia Ciacci, Frida Bazzocchi, Vincenzo Di Naso, Andrea Rocchetti. - In: BUILDING SIMULATION CONFERENCE PROCEEDINGS. - ISSN 2522-2708. - ELETTRONICO. - (2020), pp. 3063-3070. (Intervento presentato al convegno Building Simulation 2019: 16th IBPSA tenutosi a Roma nel 2-4 settembre 2019).
Influence of Window-Wall ratio on global energy consumption of Nzeb kindergartens in Italy
Cecilia Ciacci;Frida Bazzocchi;Vincenzo Di Naso;Andrea Rocchetti
2020
Abstract
Window-wall ratio (WWR) is a parameter that necessarily affects the energy need for heating, cooling and lighting of buildings. Its definition during the early design process is remarkable to reduce the energy consumption. The aim of the paper is to optimize WWR minimizing global energy consumption in order to obtain Nzeb schools in mediterranean area. From the study it is possible to affirm that WWR exerts a considerable influence on energy consumption for heating and cooling, and to a lesser extent for lighting.
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