摘要
以长沙一外呼吸玻璃幕墙为例,建立了热工网络模型和数学模型。采用Window6.2和EnergyPlus2.2软件模拟计算了不同幕墙的综合传热系数和设计日冷热负荷。分析了玻璃类型和通风腔宽度对幕墙建筑负荷的影响,并进行了能耗和经济可行性分析。
Taking an external respiration double-skin facade building in Changsha as an example, establishes a thermal network model and a mathematical model. Simulates and calculates integrated heat transfer coefficients and design cooling and heating loads for different facade buildings by Window6.2 and EnergyPlus2.2 softwares. Analyses the influences of glass type and airspace width, and energy consumption and economic feasibility.
出处
《暖通空调》
北大核心
2009年第10期48-51,73,共5页
Heating Ventilating & Air Conditioning
基金
湖南省自然科学基金资助项目(编号:08JJ3093)
关键词
外呼吸玻璃幕墙
综合传热系数
冷热负荷
玻璃类型
通风腔宽度
external respiration double-skin facade, integrated beat transfer coefficient, cooling and heating load, glass type, airspace width
