科研项目 [1] 中国海洋工程研究院（青岛），燃料电池铝水反应器低温余热回收驱动发电技术与装置开发，28万元，在研，参与。 代表性论文 [1] Haohan Sha, Xin Zhang, Dahai Qi. 2021. Impact of mechanical ventilation control strategies based on non-steady-state and steady-state Wells-Riley models on indoor air quality and building energy consumption. Journal of Central South University, 29, 2415-2430. [2] Haohan Sha, Xin Zhang, Dahai Qi. 2021. Optimal Control of High-Rise Mechanical Ventilation System for Achieving Low Risk of COVID-19 Transmission and Ventilative Cooling. Sustainable Cities and Society, 74, 103256. [3] Haohan Sha, Majd Moujahed, Dahai Qi. 2020. Machine Learning-Based Cooling Load Prediction and Optimal Control for Mechanical Ventilative Cooling in High-Rise Buildings. Energy and Building, 242, 110980. [4] Haohan Sha, Dahai Qi. 2020. Investigation of Mechanical Ventilation for Cooling in High-Rise Buildings. Energy and Building, 228, 110440. [5] Haohan Sha, Dahai Qi. 2019. A Review of High-Rise Ventilation for Energy Efficiency and Safety. Sustainable Cities and Society, 54, 101971. 代表性授权专利 |
