建筑节能
建築節能
건축절능
CONSTRUCTION CONSERVES ENERGY
2014年
10期
95-97,110
,共4页
室内外温度参数%窗墙面积比%建筑体形系数%耗热量指标%围护结构热工性能参数限值%遮阳系数%凸窗%权衡判断与附加条件
室內外溫度參數%窗牆麵積比%建築體形繫數%耗熱量指標%圍護結構熱工性能參數限值%遮暘繫數%凸窗%權衡判斷與附加條件
실내외온도삼수%창장면적비%건축체형계수%모열량지표%위호결구열공성능삼수한치%차양계수%철창%권형판단여부가조건
节能设计始于理解标准、终于符合标准。只有对标准认识充分，理解透彻，才能掌握、运用和执行标准。建筑设计包含节能设计，是专业性很强的系统工作，在建筑方案设计阶段，就应统一考虑节能设计问题。从适用范围和托幼建筑、室内外温度参数、窗墙面积比、体形系数、耗热量指标、围护结构热工性能参数限值、遮阳系数、凸窗、权衡判断与附加条件等几个方面，阐述了对节能设计新标准的认识和理解。
節能設計始于理解標準、終于符閤標準。隻有對標準認識充分，理解透徹，纔能掌握、運用和執行標準。建築設計包含節能設計，是專業性很彊的繫統工作，在建築方案設計階段，就應統一攷慮節能設計問題。從適用範圍和託幼建築、室內外溫度參數、窗牆麵積比、體形繫數、耗熱量指標、圍護結構熱工性能參數限值、遮暘繫數、凸窗、權衡判斷與附加條件等幾箇方麵，闡述瞭對節能設計新標準的認識和理解。
절능설계시우리해표준、종우부합표준。지유대표준인식충분，리해투철，재능장악、운용화집행표준。건축설계포함절능설계，시전업성흔강적계통공작，재건축방안설계계단，취응통일고필절능설계문제。종괄용범위화탁유건축、실내외온도삼수、창장면적비、체형계수、모열량지표、위호결구열공성능삼수한치、차양계수、철창、권형판단여부가조건등궤개방면，천술료대절능설계신표준적인식화리해。
Building energy efficiency design begins with understanding standards, finishes up with meeting standards. A standard can be mastered, used and implemented only by understanding the standard fully and thoroughly. Building designs, including energy efficiency design, is a professional work, and thus energy efficiency design should be considered at conceptual design stage. Some ideas on the new design standard for energy efficiency are summarized from such aspects as scope of application, kindergarten building, indoor and outdoor temperature parameters, area ratio of window to wall, shape coefficient, heat consumption index, limit of building envelope thermal performance parameters, shading coefficient, bay windows, building envelope trade-off option and additional conditions.
