世界建筑Issue(9)：44-49,6.
全生命周期减碳导向的建筑光伏绿化立面优化设计研究
Research on the Optimisation Design of Building Photovoltaic-Greening Façades Guided by Life Cycle Carbon Reduction
摘要
Abstract
The integration of building façade photovoltaic and vertical greening has been proven to be an effective means to achieve carbon neutrality in buildings.However,there has been no comprehensive consideration of the integrated design of photovoltaic-greening façades to balance carbon emissions,costs,and environmental comfort goals.This study integrates collaborative carbon reduction mechanism exploration,building life cycle performance simulation,and multi-objective genetic optimisation algorithm to propose a multi-objective optimisation design method for building photovoltaic-greening façades.The method was applied to the carbon reduction design practice of Shenshan Middle School,balancing the life cycle carbon emissions and life cycle costs of the building,while ensuring indoor light comfort.The results show that maximising carbon reduction performance leads to economic deterioration,and the optimal carbon reduction design ratio with the best cost-benefit is 60％façade greening ratio,which provides a foundation for the integrated carbon reduction design of photovoltaic green façade.关键词
光伏建筑一体化/垂直绿化/生命周期碳排放/生命周期成本/多目标优化Key words
building integrated photovoltaic/vertical greening/life cycle carbon emission/life cycle cost/multi-objective optimisation引用本文复制引用
孙澄,段殊凡,庄典,曲大刚,李诚..全生命周期减碳导向的建筑光伏绿化立面优化设计研究[J].世界建筑,2025,(9):44-49,6.基金项目
国家自然科学基金 项目批准号:52394222 黑龙江省自然科学基金联合引导项目 项目编号:LH2024E048 （）
