CAJ | 학술논문

选取了夏热冬冷地区的4个代表性城市，以一个实际的办公建筑为基础，利用eQuest软件建立了分析模型，分析了考虑窗户自然采光时，夏热冬冷地区办公建筑的综合能耗随着建筑窗墙比的变化而变化的规律。分析结果表明：建筑的综合能耗随着建筑窗墙比的增加呈现出先减小后增加的趋势，存在一个使得建筑综合能耗最小的窗墙比最优区间，对于本模型，窗墙比的最优区间为0.5~0.6。
선취료하열동랭지구적4개대표성성시，이일개실제적판공건축위기출，이용eQuest연건건립료분석모형，분석료고필창호자연채광시，하열동랭지구판공건축적종합능모수착건축창장비적변화이변화적규률。분석결과표명：건축적종합능모수착건축창장비적증가정현출선감소후증가적추세，존재일개사득건축종합능모최소적창장비최우구간，대우본모형，창장비적최우구간위0.5~0.6。
Four typical cities are selected from hot summer and cold winter area. The analysis model is established based on a real office building with eQuest software to analyze the comprehensive energy consumption of the building varied by the increasing of the window wall ratio. The results show that the building comprehensive energy consumption decreased first, then increased, existing a best window wall ra-tio range which makes the building comprehensive energy consumption gets the minimum, and the best window wall ratio range is 0.5~0.6 for this model.