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Potential of reducing cooling loads through architectural design and mixed-mode systems in medium-rise office buildings in Brisbane

机译:通过布里斯班中高层办公建筑中的建筑设计和混合模式系统降低制冷负荷的潜力

摘要

Combining passive elements with mechanical systems in office buildings may achieve a decrease in greenhouse gas emissions and energy consumption, and an increase in occupant satisfaction. This parametric study explores the potential for reducing cooling loads through architectural design and mixed-mode systems for medium and high-rise office buildings in Brisbane. An example of basic plan type and building materials is used as the base case of the runs. Factors like window size and orientation, glazing types, shading, and ventilated facade form the control variables. A-TAS module of TAS Building Design software is the tool of the study.
机译:在办公大楼中将无源元件与机械系统结合在一起可以减少温室气体排放和能源消耗,并提高居住者的满意度。这项参数研究探索了通过布里斯班中高层办公建筑的建筑设计和混合模式系统降低制冷负荷的潜力。基本计划类型和建筑材料的示例用作运行的基本案例。诸如窗口大小和方向,玻璃类型,阴影和通风立面等因素构成控制变量。 TAS Building Design软件的A-TAS模块是研究的工具。

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