建筑与文化Issue(7)：10-12,3.DOI:10.19875/j.cnki.jzywh.2025.07.003
"双碳"目标下光伏建筑表皮一体化设计研究
Study on Integrated Design of Photovoltaic Building Envelope under the Dual Carbon Target
摘要
Abstract
To explore the synergistic path between building facades and photovoltaic systems under the"dual carbon"goals,and to address issues such as aesthetic conflicts,energy efficiency degradation,and low structural integration in traditional photovoltaic building applications,this study focuses on key technologies including performance optimization of thin-film photovoltaic materials,light transmittance control of colored modules,and adaptability of flexible photovoltaic curved surfaces.By integrating curtain wall construction,intelligent shading systems,and light-heat-electricity collaborative control strategies,a multi-objective optimization model based on genetic algorithms and BIM platforms is constructed.The results show that integrated design of photovoltaic building facades can effectively reconcile the contradiction between energy production efficiency and architectural aesthetics,enhance the renewable energy utilization rate of building envelopes,and achieve optimized operational energy consumption and full life cycle carbon reduction targets.The research findings can provide theoretical support for advancing green building technology innovation.关键词
"双碳"目标/薄膜光伏技术/幕墙/光—热—电协同Key words
dual carbon target/thin film photovoltaic technology/curtain wall/light-heat-electricity synergy引用本文复制引用
姜鹤.."双碳"目标下光伏建筑表皮一体化设计研究[J].建筑与文化,2025,(7):10-12,3.基金项目
中建股份科技研发计划资助(课题编号:CSCEC-2024-Z-54) （课题编号:CSCEC-2024-Z-54）
