围绕建筑透光围护结构的节能设计与性能优化，重点开展热致调光玻璃、热致变色智能窗及双层皮幕墙等新型建筑围护结构的研究。结合建筑光热环境、能耗模拟、实验测试与多目标优化等方法，系统研究智能窗的光学与热工性能、动态遮阳策略及其对建筑能耗、自然采光和室内热舒适的影响，探索适应不同气候条件与建筑类型的围护结构设计和应用方法，为建筑节能与室内环境品质协同提升提供理论依据和技术支持。
1. 国家自然科学基金青年基金，基于光热环境与能耗协同优化的热致调光玻璃应用设计和评价方法研究，2022.01–2024.12，主持。
2. 厦门市建设科技项目，热响应水凝胶智能窗应用示范及全年实测研究，2024.01–2025.12，主持。
3. 厦门市建设科技项目，厦门气候条件下热致调光工程应用设计关键问题研究，2021.01–2022.12，主持。
4. 厦门大学校长基金—青年人才创新力提升计划，气候响应被动式变色建筑幕墙的优化设计理论，2020.01–2020.12，主持。
1. Liuyun Deng, Xia Deng, ..., Xiaoqiang Hong*, Building performance of thermotropic glazed skylights under mixed-mode ventilation: A case study, Building and Environment, 2026.
2. Xiaoqiang Hong, Liuyun Deng, ..., Yue Yang*, Life cycle assessment of thermotropic glazing for a reference office room across three warm-climate cities in China, Energy for Sustainable Development, 2026.
3. Xuan Yang, Kexin Li, Yilin You, ..., Xiaoqiang Hong*, Thermotropic glass vs. vertical shading: Evaluation of building energy, daylighting and thermal comfort performance, Building and Environment, 2026.
4. Xiaoqiang Hong*, Yihan Huang, ..., Feng Shi, Building performance of thermotropic glazing in mixed-ventilation residential buildings considering adaptive thermal comfort, Building and Environment, 2026.
5. Yilin You, Xia Deng, ..., Feng Shi, Xiaoqiang Hong, Performance analysis of an all-climate thermotropic smart window for enhancing energy saving and daylighting comfort, Energy and Buildings, 2025.
6. Xiaoqiang Hong, Zichang Zong, ..., Feng Shi*, Impact of a thermotropic window on indoor visual and thermal comfort in a slightly warm non-air-condition environment, Building and Environment, 2025.
7. Xiaoqiang Hong*, Fan Yang, Yihan Huang, Feng Shi, A one-year field-scale experiment on the daylighting and building thermal performance of thermotropic window in subtropical area, Journal of Building Engineering, 2025.
8. Yilin You, Xuan Yang, ..., Xiaoqiang Hong*, Optimal transition temperature maps of thermotropic glazing in a reference office room of China considering the building performance, Applied Thermal Engineering, 2025.
9. Yilin You, Xuan Yang, Xia Deng, Feng Shi, Chuyao Wang, Xiaoqiang Hong, Experimental study on indoor thermal and daylighting performance of different thermotropic window systems in subtropical climate, Energy and Buildings, 2025.
10. 洪晓强，热致调光玻璃应用设计选型和遮阳性能评价研究，《世界建筑》，2024(11)。
11. Xiaoqiang Hong*, Xuan Yang, Yilin You, et al., Comparative analysis of hydrogel-based thermotropic glazing and fixed horizontal overhangs in building performance, Building and Environment, 2024.
12. Feng Shi, Yilin You, Xuan Yang, Xiaoqiang Hong*, Annual evaluation of the visual-thermal comfort and energy performance of thermotropic glazing in a reference office room of China, Building and Environment, 2024.
13. Xiaoqiang Hong*, Xinyue Zheng, Junwei Lin, Ideal thermochromic smart window in a south-facing office room of China considering daylighting and energy performance, International Journal of Green Energy, 2023.
14. Xiaoqiang Hong, Feng Shi, Shaosen Wang, Xuan Yang, Yue Yang, Multi-objective optimization of thermochromic glazing based on daylight and energy performance evaluation, Building Simulation, 2021.
1. 国家自然科学基金面上项目，基于表皮功能仿生的湿热地区建筑环境适应性设计研究，2021.01–2024.12，排名第 2。
2. 横向项目—中铁建设集团有限公司，基于热环境智能调节的可变建筑表皮研究，2020.05–2021.12，排名第 2。
1. Xiaoqiang Hong, Xia Deng, ..., Feng Shi, Building performance evaluation of double-skin facade with thermotropic glazing in a reference office room of China, Energy and Buildings, 2026.
2. Feng Shi, Chenyuan Zheng, ... Xiaoqiang Hong*, Energy-saving and visual-thermal performance of multi-sectional DSF system in a typical office room across five climate zones in China, Building and Environment, 2025.
3. Chenyuan Zheng, Chen Chen, Xiaoqiang Hong, Weiyou Zhang, Ruiyang Yang, Feng Shi*, Experimental evaluation of the thermal, lighting, and energy performances of a mechanically ventilated double-skin facade with Venetian blinds and a light shelf, Energy and Buildings, 2024.
4. Xiaoqiang Hong*, Junwei Lin, Xuan Yang, Shaosen Wang, Feng Shi, Comparative analysis on the daylight and building energy performance of double-skin facade (DSF) with multi-sectional shading devices of different control strategies, ASCE Journal of Energy Engineering, 2022.
5. 杨绚、洪晓强*，建筑表皮的自适应技术与参数化设计方法，《城市建筑》，2022。
6. Xiaoqiang Hong, Michael K. H. Leung*, Wei He, Effective use of venetian blind in Trombe wall for solar space conditioning control, Applied Energy, 2019.
面向太阳能高效利用与建筑一体化发展需求，重点开展建筑集成光伏（BIPV）、太阳能光伏/光热利用及建筑能源系统等方面的研究。针对曲面光伏幕墙、光伏百叶、太阳能光伏/光热系统，研究复杂遮挡条件下的发电性能、光热电协同特性、系统运行机制与优化设计方法，并探索太阳能利用与建筑围护结构、热泵及能源转换系统的集成途径。
1. 厦门大学校长基金—自由探索，曲面光伏幕墙通用计算模型及建筑一体化设计工具研发，2024.01–2025.12，主持。
2. 厦门大学校长基金—青年创新项目，不规则建筑表面及间断阴影遮挡下建筑光伏系统性能的逐时预测模型研究，2022.01–2023.12，主持。
3. 福建省自然科学基金青年基金，百叶型特朗伯墙与建筑热环境的耦合影响机制研究，2018.03–2021.03，主持。
1. Kaiyong Zheng, Xiaoqiang Hong*, Yue Yang, Xinyi Tian, Jun Wang, Jie Ji, An I-V-Curves based deep learning framework for rapid fault diagnosis of curved building integrated photovoltaic system, Energy and Buildings, 2026.
2. 王子君、胡中停*、李季垚、洪晓强、荣鼐，外置光伏百叶通风窗系统夏季工况下光-热-电性能分析，《太阳能学报》，2025
3. Xiaoqiang Hong*, Kaiyong Zheng, Xinyi Tian, Jun Wang, Jie Ji, Effect of electrical topology on the I-V characteristics of curved BIPV system, Energy and Buildings, 2025.
4. Fangfang Gong, Yuan Gao, ... Xiaoqiang Hong*, Simulation of a novel curved photovoltaic window improving the annual daylighting and building energy performance simultaneously, Building Simulation, 2024.
5. Xiaoqiang Hong, Yue Yang*, Huaying Chen, Qi Tao, Design, fabrication and energy-saving evaluation of five-layer structure based transparent heat mirror coatings for windows application, Building Simulation, 2023.
6. Yuehua Lin, Kaiyong Zheng, Xiaoqiang Hong*, Effect of Static Reconfiguration Strategies for Curved BIPV Systems Under Complex Shading Conditions, Buildings, 2026（Invited）
7. Wei He*, Xiaoqiang Hong, Xiaoling Wu, Gang Pei, Zhongting Hu, Wenxue Tang, Zhihe Shen, Jie Ji, Thermal and hydraulic analysis on a novel Trombe wall with venetian blind structure, Energy and Buildings, 2016.
8. Wei He*, Xiaoqiang Hong, Bingqing Luo, Hongbing Chen, Jie Ji, CFD and comparative study on the dual-function solar collectors with and without tile-shaped covers in water heating mode, Renewable Energy, 2016.
9. Zhongting Hu, Wei He*, Xiaoqiang Hong, Jie Ji, Zhihe Shen, Numerical analysis on the cooling performance of a ventilated Trombe wall combined with venetian blinds in an office building, Energy and Buildings, 2016.
10. Wei He*, Zhongting Hu, Bingqing Luo, Xiaoqiang Hong, Wei Sun, Jie Ji, The thermal behavior of Trombe wall system with venetian blind: An experimental and numerical study, Energy and Buildings, 2015.
11. Xiaoqiang Hong, Wei He*, Zhongting Hu, Chenchen Wang, Jie Ji, Three-dimensional simulation on the thermal performance of a novel Trombe wall with venetian blind structure, Energy and Buildings, 2015.
12. Wei He*, Xiaoqiang Hong, Xudong Zhao, Xingxing Zhang, Jinchun Shen, Jie Ji, Operational performance of a novel heat pump assisted solar facade loop-heat-pipe water heating system, Applied Energy, 2015.
13. Wei He*, Xiaoqiang Hong, Xudong Zhao, Xingxing Zhang, Jinchun Shen, Jie Ji, Theoretical investigation of the thermal performance of a novel solar loop-heat-pipe facade-based heat pump water heating system, Energy and Buildings, 2014.
1. 洪晓强，《太阳能光热利用新技术在绿色建筑中的应用研究》，厦门大学出版社，2022。
1. Global U8 (GU8) Consortium, A Combined Thermal–Electrochemical Energy Storage System using Electrolysers and Thermodynamic Cycles, 2025.10–2026.10，PI of XMU（厦门大学方项目负责人）。
2. 国家自然科学基金面上项目，微流体光催化燃料电池用于废水资源化的机理及动力学研究，2019.01–2022.12，排名第 2。
3. 福建省高校青年自然基金重点项目，基于动态分布参数模型的多功能热泵仿真及软件开发，2016.12–2019.12，主持。
1. Ling Zheng, Jingyu Cao*, Jinqing Peng, Zaikang Lu, Xiaoqiang Hong, Erdem Cuce, Wenjie Liu, Gang Pei, Jie Ji, Optimization on the structure and filling ratio of a flexible separate heat pipe applied for tracking-type photovoltaic/thermal systems, Renewable Energy, 2025.
2. Zhanying Zheng, Xiaoqiang Hong, Wei Wu, Yong-qiang Feng, Michael K. H. Leung*, Exploring low-grade heat in exhaust gases with moisture via power generation cycles, Journal of Cleaner Production, 2022.
3. Xiaoqiang Hong*, Feng Shi, Comparative Analysis of Small-Scale Integrated Solar ORC-Absorption Based Cogeneration Systems, Energies, 13 (2020), 946.
4. Feng Shi*, Shaosen Wang, Jinjin Huang, Hong Xiaoqiang, Design strategies and energy performance of a net-zero energy house based on natural philosophy, Journal of Asian Architecture and Building Engineering, 2020.
5. Jingyu Cao, Xiaoqiang Hong, Zhanying Zheng, Muhammad Asim, Mingke Hu, Qiliang Wang, Gang Pei, Michael K. H. Leung*, Performance characteristics of variable conductance loop thermosyphon for energy-efficient building thermal control, Applied Energy, 2020.
围绕建筑室内外环境品质提升，开展建筑热环境、户外热舒适、风环境等方面的研究。
1. 横向项目—厦门大学建筑设计研究院，宁化城东中学扩容提升工程方案设计，2020.05–2020.12，排名第 5。
1. Lingkun Jia, Ying Li, ... Xiaoqiang Hong*, Multi-objective optimization of residential layout designs considering summer outdoor thermal comfort, wind environment, and sunlight duration, Building and Environment, 2026.
2. Zhiye Li, Lei Zhou, Xiaoqiang Hong*, Outdoor thermal comfort and activities in urban parks: An experiment study in humid subtropical climates, Building and Environment, 2024.
3. Lingkun Jia*, Yanfang Xu, Xiaoqiang Hong, Effects of dynamic building shadows on outdoor thermal comfort across residential layouts, Building Simulation, 2026.
4. Lingkun Jia*, Lanxin Chen, Xiaoqiang Hong, Yuehua Lin, Quantification and Measurement of Combined Building-Tree Shadows via a Panoramic-Photo-Based Approach for Thermal Environment Assessment, Buildings, 2026.
5. Chen Chen, Di Zhang, ... Xiaoqiang Hong, ..., Yinyin Chen*, Size-resolved airborne particle control in a dental operatory: field comparison of window opening, portable air purifier, and UV air disinfection, Building and Environment, 2026.
6. Yanfang Xu, Lingkun Jia*, Xiaoqiang Hong, An optimized index for describing building shadows to assess the local thermal environment of residential areas in summer, Building and Environment, 2025.