【摘要】 文章以成都典型办公建筑为例，使用TRNSYS软件模拟绿植光伏屋顶建筑的空调能耗、室内热环境以及发电性能。结果表明该系统全年的空调能耗比普通屋顶和光伏屋顶更少，光伏发电量有更大优势。夏季可有效降低室内屋面以及顶层温度，冬季借助土壤保温来维持室内热量，形成冬夏协同的热环境调控能力，为建筑低碳改造提供了技术参考。更多还原

【Abstract】 Taking a typical office building in Chengdu as an example, this study employs TRNSYS software to simulate the air conditioning energy consumption, indoor thermal environment and power generation performance of greenery-photovoltaic roofs buildings. Results indicate that the annual air conditioning energy consumption of this system is more energy-efficient than that of ordinary roofs and photovoltaic roofs, and the photovoltaic power generation has a greater advantage. In summer, it can effectively lower the temperature of the indoor roof and the top floor, while in winter, it maintains the indoor heat by means of soil insulation, so as to form a coordinated thermal environment regulation capability in winter and summer, and provide a technical reference for the low-carbon renovation of buildings.更多还原