山西建筑
山西建築
산서건축
SHANXI ARCHITECTURE
2015年
2期
176-177
,共2页
能耗模拟软件%住宅建筑%窗墙比%建筑物朝向%围护结构
能耗模擬軟件%住宅建築%窗牆比%建築物朝嚮%圍護結構
능모모의연건%주택건축%창장비%건축물조향%위호결구
energy consumption simulating software%residential building%window-wall ratio%building direction%enclosure structure
以天津市某住宅楼为研究对象，用e-QUEST能耗模拟软件对该建筑的全年能耗进行了模拟计算，研究了不同朝向上窗墙比、围护结构保温层厚度对建筑物全年能耗的影响，结果表明：南向窗墙比的变化对建筑物全年耗能量的影响最大，且增加围护结构保温层的厚度有利于减少建筑能耗。
以天津市某住宅樓為研究對象，用e-QUEST能耗模擬軟件對該建築的全年能耗進行瞭模擬計算，研究瞭不同朝嚮上窗牆比、圍護結構保溫層厚度對建築物全年能耗的影響，結果錶明：南嚮窗牆比的變化對建築物全年耗能量的影響最大，且增加圍護結構保溫層的厚度有利于減少建築能耗。
이천진시모주택루위연구대상，용e-QUEST능모모의연건대해건축적전년능모진행료모의계산，연구료불동조향상창장비、위호결구보온층후도대건축물전년능모적영향，결과표명：남향창장비적변화대건축물전년모능량적영향최대，차증가위호결구보온층적후도유리우감소건축능모。
Taking the residential building in Tianjin as the research target,the paper carries out simulation computation on the yearly building energy consumption by applying e-QUEST energy consumption simulation software,studies the impacts of wall-widow ration with various directions and enclosure structure insulation thickness upon yearly building energy consumption. Results show that:the southern direction will-window ratio alteration has biggest impact upon yearly building energy consumption,increasing enclosure structure insulation layer thickness will be some help for reducing building energy consumption.
