一、研究所简介
本研究所主要围绕低碳人居环境和可再生能源两大主题，紧跟国际低碳技术发展前沿，满足国家和社会发展的需求，坚持为党育人、为国育才，全面提高人才自主培养质量。主要通过提高能源使用效率、降低建筑能耗、创造健康舒适的人类居住环境、减少污染物排放等，建立全新的能源结构和生活环境，实现社会的低碳转型或零碳排放，助推碳达峰和碳中和目标的实现。
二、机构设置
序号
姓名
职务
联系方式
办公地点
1
齐学军
所长
028-87725298
6D-203
2
吕原丽
副所长
028-87725298
6D-203
3
李宁
副所长
028-87725298
6D-203
4
苏华
028-87725298
6D-203
5
徐兰静
028-87725298
6D-203
6
金弈
028-87725298
6D-203
7
郑翰杰
028-87725298
6D-203
8
卜素贝
028-87725298
6D-203
9
郑嘉诚
028-87725298
6D-203
10
李茜
028-87725298
6D-203
11
陶淑艳
028-87725298
6D-203
三、研究方向
1.可再生能源技术
2.人工环境控制技术
3.建筑节能技术
4.低碳能源与环境技术
四、代表性研究成果
Jiancheng Ma, Yuanli Lyu*, Hao Peng et al. Energy performance testing of vacuum water flow window under hot summer and cold winter climate. Journal of Building Engineering, 2023, 70: 106334.
Qian Li, Hua Su, Yuanli Lyu et al. Annual thermal performance analysis and optimization of earth-air heat exchanger by using a new 1D-2D hybrid numerical model. Journal of building engineering, 71 (2023), 106526.
Yuanli Lyu*, Shukui Zheng, Kexing Zhuo et al. Experimental and numerical performance investigation of a water-flow window with vacuum-glazing insulation. Solar Energy, 2022, 233:259-270. (SCI)
Yuanli Lyu*, Sihui Chen, Can Liu. Thermal Characteristics Simulation of an Energy-Conserving Facade: Water Flow Window. Sustainability, 2022, 14. (SSCI)
Liu Can, Yuanli Lyu*, Chunying Li et al. Thermal performance testing of triple-glazing water flow window in cooing operation. Solar Energy, 2021, 218:108-116. (SCI )
Yuanli Lyu*, Tin-Tai Chow. Economic, energy and environmental life cycle assessment of a liquid flow window in different climates. Building Simulation, 2020, 13(4). (SCI)
Chunying Li, Yuanli Lyu* , Cuimin Li et al. Energy performance of water flow window as solar collector and cooling terminal under adaptive control. Sustainable cities and society, 2020, 59, 102152. (SCI)
Chunying Li, Cuimin Li, Yuanli Lyu, Zhongzhu Qiu. Performance of double-circulation water-flow window system as solar collector and indoor heating terminal. Building simulation, 13(2020), 575-584.
Yuanli Lyu*, Wenjie Liu, Hua Su. Numerical analysis on the advantages of evacuated gap insulation of vacuum-water flow window in building energy saving under various climates. Energy, 2019, 175: 353-364. (SCI)
Yuanli Lyu*, Wenjie Liu, Tin-Tai Chow. Pipe-work optimization of water flow window. Renewable Energy, 2019, 139(AUG.):136-146. (SCI)
Yuanli Lyu*, Xuan Wu, Chunying Li, Hua Su, Lijuan He. Numerical analysis on the effectiveness of warm water supply in water flow window for room heating. Solar Energy, 2019, 177:347-354. (SCI)
Yuanli Lyu*, Tin-Tai Chow, Jin-Liang Wang. Numerical prediction of thermal performance of liquid-flow window in different climates with anti-freeze. Energy, 2018, 157. (SCI)
Lanjing Xu, Shaofeng Wang, Zhiwei Wang, Xuejun Qi. Dual-layer self-healing strategy for standalone building energy systems: A case study of a tropical island. Energy and Buildings,2023,283:112827 (SCI)
Xuejun Qi, Xing Zhao, Bin Fu, Lanjing Xu, Haibin Yu, Shuyan Tao. Numerical Study on the Influence of Rivers on the Urban Microclimate: A Case Study in Chengdu, China. Water, 2023,15(7):1408 (SCI)
Xuejun Qi, Shuang Lin, Shuyan Tao, Kumar Patchigolla. Numerical study on the impact of wall structure on the thermal performance of double-channel porous solar wall. Scientific Reports, 2022, 12:15144(SCI)
Xuejun Qi, Shuang Lin. Experimental study of the catalytic effect of iron on low rank coal gasification. Scientific Reports,2022,12:5730 (SCI)
五、授权专利
多用途遮阳装置.实用新型专利:ZL201920449105.3（署名导师）
一种烟囱余热回收应用系统.实用新型专利:ZL201921086685.0
冷库节能系统及其控制方法.发明专利:ZL201911200710.8
一种暖通专用集成管路系统.发明专利:ZL201910880276.6
Patent: Novel heat pump system for HAVC engineering.国际发明专利:2022/01400
一种具有外部太阳能供暖结构的建筑物墙体. 发明专利:ZL202210870015.8