摘要
在建筑节能设计中存在适应性技术选择的问题。设计属性和目标参数在不同设计条件下存在差异与冲突,多系统功能难以协调。为此构建了基于产品创新设计理论(TRIZ)的方法,以识别和消除技术冲突。建立技术成熟度评价及创新方法模型,分析识别技术特性的冲突点,采用模型消除矛盾,实现产品创新。以新型节能墙体为例,验证该方法的可行性,结果证明:该模型方法可以有效判别技术成熟度,消除设计冲突,进而实现设计方法与技术创新的融合。
There are adaptive technology selection problems in the building energy sewing design.There exist conflict and problems between design attributes and target parameter, and multi -systemfunction is difficult to coordinate. In order to identify and eliminate the technical contradictions, a methodwhich is based on the theory of product innovation design- TRIZ is established. The establishment oftechnology and innovation maturity evaluation model will analyze and identify the conflict point of technicalcharacteristic, eliminate the conflicts and thus achieve the product innovation. With the case of newenergy-sewing wall to verify the feasibility of the method, it proves that the model method can effectivelydetermine the technical maturity and eliminate design conflicts, so as to realize the integration betweendesign methods and technological innovation.
出处
《建筑节能》
CAS
2016年第7期99-103,共5页
BUILDING ENERGY EFFICIENCY
基金
2014年浙江省教育厅科研基金项目:基于TRIZ方法的绿色住宅节能技术评价与预测研究(Y201431816)
2014年宁波市重点特色专业建设项目研究成果
2013宁波工程学院科研基金课题:TRIZ向度下绿色住宅建筑节能技术评价与预测研究(2013003)
关键词
TRIZ
技术成熟度
建筑节能
创新设计
TRIZ
technology maturity
building energy efficiency
innovative design
