基于低碳理念的装配式工业建筑模块设计研究

RESEARCH ON MODULAR DESIGN OF PREFABRICATED INDUSTRIAL BUILDING BASED ON LOW CARBON CONCEPT

低碳建筑是指在全生命周期内,最大限度地减少温室气体排放、提高使用空间舒适度的建筑模式。工业建筑是建筑行业实现低碳的重要部分,对其进行低碳设计更具现实意义。基于低碳理念,对装配式工业建筑全生命周期的碳排放规律和影响因素进行分析,以定性研究为主,从材料选择、模数尺寸、构造方式、物理环境协调以及造型设计等方面提出策略,通过模块设计为装配式工业建筑达到低碳目标提供设计建议。

Low carbon building refers to a building mode that can minimize greenhouse gas emissions and improve the comfort of space use in the whole life cycle.Industrial buildings are an important part of building industry to achieve low carbon,so it is more practical to design them in a low carbon way.Based on the concept of low carbon,through the analysis of carbon emission rules and influencing factors of the whole life cycle of prefabricated industrial buildings,this paper mainly focuses on qualitative research,and puts forward strategies from the aspects of material selection,module size,construction mode,physical environment coordination and modeling design,and provides referential design suggestions for prefabricated industrial buildings to achieve the goal of low carbon through module design.