Electrical, thermal and structural performance of new membrane building integrated PVs

1. 从空调、辐射地板和可伸缩膜顶棚三个方面对舒适管理住宅的能耗进行了研究。膜顶棚的有效性已得到验证和量化（有/没有膜顶棚的空调节能22%）。研究成果已在日本建筑学会2019年年会上发表，并提交给应用能源（IF 8.426）。研究了可伸缩膜顶棚大跨度游泳馆的长期建筑性能。采用统计方法对其能源性能进行了分析，为类似体育场馆的设计和改造提供了适宜的数值。研究结果发表在《能源与建筑》（IF 4,799, 207, 109363）杂志上。

1. Energy consumption of comfort management residential house was investigated in terms of air conditioning, radiant floor and retractable membrane ceiling. Effectiveness of membrane ceilings has been validated and quantified (energy reduction of 22% for air conditioning with/without membrane ceiling). The research results have been presented in Annual Meeting 2019 of Architectural Institute of Japan and submitted to Applied Energy (IF 8.426).2. Long-term building performance of large-span swimming arena with retractable membrane ceilings has been investigated. The energy performance is analyzed with statistical methods to obtain suitable values for designing and retrofitting similar stadiums. The research results have been published in Energy and Buildings (IF 4.799, 207, 109363).