| Institute | Department of Building Environment and Energy Engineering |
| Research Area | ·Solar thermal utilization and green building
·Energy Conservation related to HVAC |
| Contact Info. | yu.guoqing@163.com |
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| Education Background |
| 1990.9-2000.7 | Hebei University of Architecture; Heating, Ventilation and Air Conditioning, Bachelor. |
| 1994.9-2000.7 | Harbin Institute of Technology; Heating, Ventilation and Air Conditioning, Master |
| 1994.9-2000.7 | Harbin Institute of Technology; Heating, Ventilation and Air Conditioning, Doctor |
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| Professional Experience |
| 2000.7-now | University of Shanghai for Science and Technology, Lecturer / Associate professor. |
| 2000.12-2003.3 | Hunan University, Post doctor. |
| 2005.9-2006.2 | Chalmers University of Technology, Visiting scholar. |
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| Awards for Teaching |
| 2013 | Teaching Achievement Award by Shanghai Municipal Education Commission, Second Prize. Construction and demonstration of characteristic practice teaching system for department of building environment and energy engineering, Third contributor. |
| 2015 | Excellent Teaching Textbook Award by Shanghai Municipal Education Commission，CAD drafting and recognition of construction equipment engineering (Third edition) , First contributor. |
| 2017 | Teaching Achievement Award Shanghai Municipal Education Commission, Second Prize. the innovative mode of teaching process of professional courses guided by the individualized needs of students, Fifth contributor. |
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| Awards for Teaching and Research |
| 2011 | Huaxia Construction Science and Technology Award, Third Prize. Detection and evaluation of reliability of historical protection buildings and energy-saving renovation technology, Second contributor. |
| 2015 | Shanghai Science and Technology Progress Award, Third Prize. Detection and evaluation of reliability of historical buildings and energy-saving renovation technology, Third contributor. |
| 2018 | Shanghai Science and Technology Progress Award, Third Prize. Detection and evaluation of reliability of historical buildings and energy-saving renovation technology, Third contributor. |
| 2018 | Shanghai Science and Technology Progress Award, Third Prize. High-quality residential environment combined heat transfer flexible system based on multi-objective Internet of things control and application, Fourth contributor. |
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| Authorized patents of invention |
| 1. Invention：Guoqing Yu, etc. Heat pipe type dual heat source heat exchanger and dual heat source systems, ZL 201610186057.4, Authorized on 2017.8.1. Transferred. |
| 2. Invention：Guoqing Yu, etc. Solar integrated heat exchanger with double heating loops, ZL 201510010765.8, Authorized in 2017.2. |
| 3. Invention：Guoqing Yu, etc. Test method for flow pressure drop in liquid pipe and equipment, ZL 2013100125708, Authorized in 2015.7. Transferred. |
| 4. Invention：Guoqing Yu, etc. Shading device for vacuum tube solar collector, ZL 201410170846X, Authorized in 2015.10. |
| 5. Invention：Guoqing Yu, etc. Building integrated solar vacuum tube heating and ventilation device, ZL 2013100113908, Authorized in 2015.5. Transferred. |
| 6. Invention：Guoqing Yu, Yunpeng Yao, Jinlei Wu, Jirui Zhou, etc. Heat pipe vacuum tube solar solution regenerator, ZL 2013103062823. Authorized in 2015.4. |
| 7. Invention：Guoqing Yu, etc. Geothermal response dynamic test system and test method for ground source heat pump, ZL 201210026702.8. Authorized on 2014.04.09. |
| 8. Invention：Guoqing Yu, etc. Heat pipe vacuum tube type solar solution regenerator, ZL201310011467.1. Authorized on 2014.08.20. |
| 9. Invention：Guoqing Yu, etc. Vacuum tube solar collector with shading device for overheating protection, ZL 201010561013.8, Authorized on 2011.09.14. |
| 10. Invention：Guoqing Yu, etc. Vacuum tube solar collectors integrated with building with function of thermal insulation for buildings, ZL 200810034837.2, Authorized date: 2010.06.23. |
| 11. Invention：Guoqing Yu, etc. Combined hot water systems with multiple tanks and heat pumps and its operation control method, ZL 200810036750.9, Authorized on 2009.12.16. |
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| Representative papers in recent years |
| 1. Guoqing Yu, Chengjun Du, Hengtao Chen, Le Xiong. A dynamic model based on response factor method and seasonal performance analysis for integration of flat plate solar collector with building envelope. Applied Thermal Engineering, 150 (2019) 316–328. |
| 2. Guoqing Yu, Hengtao Chen, Le Xiong & Chengjun Du. A simplified dynamic model based on response factor method for thermal performance analysis of capillary radiant floors. Science and Technology for the Built Environment, 2019. |
| 3. Guoqing Yu, Le Xiong, Hengtao Chen and Chengjun Du. A study of the effects of water capacity on the thermal performance of water-in-glass evacuated tube solar collectors applied to space heating. Science and Technology for the Built Environment, 2019. |
| 4. Guoqing Yu, Pengcheng Zhao, Dong Chen, Yihong Jin. Experimental verification of state space model and thermal performance analysis for active solar walls. Solar Energy, 2017, 142 (2):109–122. |
| 5. Guoqing Yu, Jirui, Zhou, Yongqiang Tang. State Space Model for Thermal Analysis of Integrated Structure of Flat Plate Solar Collector and Building Envelope，Journal of Solar Energy Engineering，2015, 137(6):1-9. |
| 6. Guoqing Yu; Wei Guo; Hengtao Chen; Chengjun Du; Le Xiong; and Haidong Wang. Modeling and Experimental Verification of a Straight-Through Evacuated Tube Installed on a Façade for Solar Space Heating. Journal of Energy Engineering，2018，144(1): 04017074. |
| 7. Guoqing Yu, Le Xiong, Chengjun Du, Hengtao Chen. Simplified model and performance analysis for top insulated metal ceiling radiant cooling panels with serpentine tube arrangement. Case Studies in Thermal Engineering, 2018, 11 (1): 35–42. |
| 8. Guoqing Yu, Wei Guo, Hengtao Chen. Thermal performance of precast light floor radiant panel. Procedia Engineering, 205(2017):198-204. |
| 9. Guoqing Yu, Shuai Zheng, Pengcheng Zhao, Chengjun Du. Thermal Performance of Building-integrated Solar Wall during Stagnation. Procedia Engineering 205 (2017) 183–189. |
| 10. Guoqing Yua, Jinlei Wua, Lixia Liua. Heat Transfer Performance of Building Envelopes Integrated with Close-contact Parallel Solar Vacuum Tubes. Procedia Engineering 121 ( 2015 ) 1334 –1340. |
| 11. Guoqing Yu, Yunpeng Yao. The Experimental Research on the Heating and Cooling Performance of Light Floor Radiant Panels. Procedia Engineering ,121 ( 2015 ) 1349–1355. |
| 12. Guoqing Yu, Yongqiang Tang. Combined Dynamic Thermal Analysis Model for Integrated Envelope of Flat Solar Collector and Building under Operation Mode (in Chinese), ACTA ENERGIAE SOLARIS SINICA. 2016（11）: 2896-2901. |
| 13. Guoqing Yu, Jinlei Wu, Chao Ang. Study on Identification of Geotechnical Thermophysical Parameters Influenced by Heating Power Fluctuation (in Chinese), ACTA ENERGIAE SOLARIS SINICA. 2016, 37（10）: 2606-2611. |
| 14. Guoqing Yu, Jirui Zhou. Effects of auxiliary heat sources on energy efficiency of active solar heating systems (in Chinese). HV&AC, 2015, 45（5）: 12-16. |
| 15. Guoqing Yu, Yunpeng Yao. Energy Consumption and Critical Conditions of Energy Saving for Solar Absorption Air Conditioning Systems (in Chinese), HV&AC, 2015, 45（10）: 68-71. |
| 16. Guoqing Yu, Jinlei Wu. Study on Effects of Auxiliary Heat Sources on Energy Efficiency of Solar Water Heating Systems (in Chinese). Water & Wastewater Engineering, 2015(12):75-78. |
| 17. Guoqing Yu, Wenzhe Jia, Yanjie Zhao. Theoretical Calculation Model and Experimental Validation of the radiant Ceiling Unit Cooling Capacity (in Chinese). Journal of Refrigeration, 35（2）, 2014, 115-118. |
| 18. Guoqing Yu, Qinlian Tao. Experimental Study on Radiant Ceiling’s Heat Transfer Performance (in Chinese). Journal of Refrigeration, 34(1), 2013, 81-83. |
| 19. Guoqing Yu, Siliang Gao, Ji Qiang. Modeling of Heat Charging for Sleeping Bed Integrated with PCM Thermal Storage and Solar Heating (in Chinese), Journal of Chongqing University, 2011，34(add)：89-92. |
| 20. Guoqing Yu, Jinhua Tang, Jing Lv. Research on the Thermal Charge and Discharge of Water-PCM Hybrid Thermal Storage (in Chinese). FLUID MACHINERY, 2010, 38(7)：59-62. |
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| Textbooks |
| Guoqing Yu, editor-in-chief. CAD Drafting and Recognition of Building Services Engineering (First edition, Second edition, Third edition). CHINA MECHINE PRESS, 2005, 2009, 2014. |
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| Main research projects |
| 1. China Aviation Planning and Design Institute, 1716-032FQ, Research on Design Problems of New type of Ceiling Radiant Air Conditioning Systems, 2017.12-2019.06, researching, presider. |
| 2. National Natural Science Foundation, 51406119, Study on Multi-temperature Phase Change Energy Storage Defrost Mechanism and Coupling Characteristics of Cascade Air Source Heat Pump, 2015.01-2017.12, completed, participant. |
| 3. Hujiang Foundation Projects, D14003, Key problems for Large Space Building Environment and New Energy Utilization Systems, 2014.07-2017.12, completed, participant. |
| 4. Jiangsu Science and Technology Support Program (BE2010683), Radiant cooling technology driven by building integrated solar energy, 2011-2015, technical principal, completed. |
