Integration of Passive Cooling System in a Building Information Model: Indoor Vegetated Envelope Model

Hind Khana, R. Hajji, M. Cherkaoui
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Abstract

In recent years, urban sustainability has paid particular attention all over the world. Construction industry recognizes transition toward low carbon emission and energy efficiency in order to reach sustainable and green buildings. In this context, the harmony between vegetation and construction responds to this massive challenge, providing economic and ecological benefits to new and existing buildings. Vertical Vegetated Envelope, defined as a passive design technology and as innovative architecture approach involving the use of nature-based materials demonstrates green efficiency in both building and urban scales. This research aims to present the workflow used to integrate dynamic simulation -based on thermal energy analysis in a digital Building Information Model of an indoor vegetated envelope system.
被动冷却系统在建筑信息模型中的集成:室内植被围护结构模型
近年来,城市可持续发展受到了世界各国的广泛关注。建筑业认识到向低碳排放和能源效率的转变,以实现可持续和绿色建筑。在这种背景下,植被和建筑之间的和谐应对了这一巨大挑战,为新建筑和现有建筑提供了经济和生态效益。垂直植被围护结构被定义为一种被动设计技术和创新的建筑方法,涉及使用基于自然的材料,在建筑和城市尺度上都展示了绿色效率。本研究旨在提出基于热能分析的室内植被围护结构数字建筑信息模型中动态仿真集成的工作流程。
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