建筑节能
建築節能
건축절능
CONSTRUCTION CONSERVES ENERGY
2013年
9期
32-37
,共6页
生命周期评价%居住建筑%被动式节能%寒冷地区
生命週期評價%居住建築%被動式節能%寒冷地區
생명주기평개%거주건축%피동식절능%한랭지구
life-cycle assessment%residential building%passive energy-saving%cold region
选取天津市2012年新建高层点式住宅为研究对象，基于建筑生命周期评价(Life-cycle Assessment, LCA)理论，运用建筑生命周期能耗计算方法，从平面布局、型体特征、建筑细部3个层面，对建筑生命周期5个阶段进行系统化的数据分析和能耗模拟，提出基于LCA的寒冷地区居住建筑被动式节能设计操作程序，总结出天津市高层点式住宅被动式节能设计要点。
選取天津市2012年新建高層點式住宅為研究對象，基于建築生命週期評價(Life-cycle Assessment, LCA)理論，運用建築生命週期能耗計算方法，從平麵佈跼、型體特徵、建築細部3箇層麵，對建築生命週期5箇階段進行繫統化的數據分析和能耗模擬，提齣基于LCA的寒冷地區居住建築被動式節能設計操作程序，總結齣天津市高層點式住宅被動式節能設計要點。
선취천진시2012년신건고층점식주택위연구대상，기우건축생명주기평개(Life-cycle Assessment, LCA)이론，운용건축생명주기능모계산방법，종평면포국、형체특정、건축세부3개층면，대건축생명주기5개계단진행계통화적수거분석화능모모의，제출기우LCA적한랭지구거주건축피동식절능설계조작정서，총결출천진시고층점식주택피동식절능설계요점。
The paper examines the connection between passive residential design and energy consumption by carrying out in-depth re-search on three selected residential towers in Tianjin. Using the LCA (Life-Cycle Assessment) passive residential energy-saving design formu-la, the life cycle of a building is calculated from three aspects of its design:plan layout, architectural form, and architectural details, with data analysis and energy simulation during five phases. Ultimately, the research proposes the design procedure of passive energy-saving buildings in cold regions, and defines the key points in designing of the residential towers in Tianjin City.
