Pneumatic Modular System as Adaptive Skin to Enhance Daylighting and energy efficiency in Workspace

Mohamed  A. Elnawawy, Mohamed A. Mandour, M. Farag, Marwa Kamal
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Abstract

Global warming and climate change are bringing disasters to mankind according to all the recent studies. The office building sector is a great contributor to energy consumption and greenhouse gas emissions which makes it a crucial matter to consider energy efficiency related to the building sector. Considering energy efficiency in buildings and sustainability factors will result in significant energy reduction, environmental savings and greenhouse gas emissions reduction. The building envelope influences the building energy demand greatly, windows are important components of any building envelope contributing to daylighting mainly and thermal transfer partially.The research focuses on the office building design fascade with a pneumatic modular system as adaptive to enhance daylighting and energy consumption by putting guidelines to the designer to use this system well in the office building, the research focuses to analyse two case studies with three stages to achieve the effect of pneumatic modular fascade in the office building.
气动模块化系统作为自适应皮肤,以提高工作空间的采光和能源效率
根据最近的所有研究,全球变暖和气候变化正在给人类带来灾难。办公楼部门是能源消耗和温室气体排放的重要贡献者,因此考虑与建筑部门相关的能源效率是一个至关重要的问题。考虑到建筑物的能源效率和可持续性因素,将导致显著的能源节约,节约环境和减少温室气体排放。建筑围护结构对建筑能源需求的影响很大,窗户是围护结构的重要组成部分,主要起到采光和部分传热的作用。本研究的重点是办公楼立面设计与气动模块化系统的适应性,以提高采光和能源消耗,为设计师在办公楼中使用该系统提供指导,本研究的重点是分析两个案例研究,分三个阶段实现气动模块化幕墙在办公楼中的效果。
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