基于协同学的低能耗公共建筑设计体系建构

建筑与外界环境有物质、能量和信息交换,是开放的复杂系统。协同学重视系统的整体性,研究子系统如何合作,在宏观尺度上产生空间、时间或功能结构。引入协同学理论,有助于系统性研究低能耗建筑。基于序参量和自组织原理,提取影响建筑能耗的序参量,建立低能耗建筑结构框架和设计流程。

Construction of design system for public buildings with low energy consumption based on synergetics

There is material, energy and information exchange between the buildings and external environment, therefore, a building is an open and complex system. Synergetics highlights the integrity of the system and carries out research on how the subsystem cooperates with one another to produce the space, time or functional structure on the macro scale. The introduction of synergetics theory is conducive for carrying out systematic research on buildings with low energy consumption. Based on order parameter and self-organizing principle, the order parameter affecting building energy consumption is extracted and then the frame and design flow of building structure with low energy consumption are established.