METODOLOGIA DE PROJETO DE UM CENTRO DE RECICLAGEM VIDRO ZEB EM BRASÍLIA,DF.

Abstract

Due to the necessity of rethink the glass waste dynamic in Distrito Federal, was developed an architectural project of a Center of Glass Recycling with low energy demand (ZEB). The main goal of this project is minimized building energy consumption through passive designs adapted for local climate. For the project development it was used computer simulation as a methodology with DesignBuilder (v5.5) and Revit (2019) since early design. Those softwares allowed testing several design alternatives by thermal energetic, natural lighting and volume validations that could improve the building performance. The industrial hangar’s project outcomes are 81% hours occupied with comfort, 80% of area with natural lighting during the day and 71% reduction of energy consumption. It is highlighted the installation of photovoltaic modules at the Integrated Center of Glass Recycling, due to the high solar radiation incident in Brasilia during in major part of the year. Therefore, the local energy production supplies 94% of the energetic building demand. In summary, an architectural project with low energy demand integrated with renewable technology could provide ZEB constructions in Distrito Federal.