季傑

1、建築節能

2、太陽能

3、空調製冷 ^[1] 

1. 複合牆體熱濕遷移理論及濕積累研究，國家自然科學基金，負責

2. 豎置透明隔熱蜂窩圍護結構的光熱性能研究，國家自然科學基金，負責

3. 鋼筋混凝土—岩棉複合牆板濕遷移及防潮對策，中國建材總公司，負責

4. 嚴寒地區舊房節能改造，中國建材總公司，主要參與

5. 高層建築防排煙與通風空調兼用的相關研究，國家重點實驗室開放基金，負責

6. 高效太陽能利用透明蜂窩的研製，國家重點科技攻關項目，主要參與

7. 與環境相和諧的節能技術，JSPS與東京大學合作項目，主要參與

8. 光伏—建築一體化項目，與香港理工大學合作項目，主要參與

9. 光伏—風力發電—建築一體化項目，與香港大學合作項目，主要參與

10.冰蓄冷裝置研究，95國家科技攻關子課題，負責

11.家用—空調熱水一體化研究，橫向項目，負責

12.建築牆體熱濕傳遞的理論與實驗研究，國家建設部，負責

13.建築節能綜合實驗台建設，中國科學技術大學，負責

14.相變蓄冷裝置，橫向項目，主要參與

15.光伏—熱水—建築一體化項目，與香港城市大學合作項目，負責

16.供熱系統的新型入口裝置研究，橫向項目，負責

17.體育館空調氣流組織與火災預報的相關研究, 科技奧運子課題, 負責

1． 發表論文60餘篇。多篇論文獲省級優秀論文獎

2． ‘供熱系統新型入口裝置研究’通過省級鑑定。

3． ‘鋼筋混凝土—岩棉複合牆板濕遷移及防潮對策研究’通過省級鑑定。

4． ‘嚴寒地區舊房節能改造研究’通過省級鑑定。

5． ‘家用空調—熱水器一體機研究’通過省級鑑定。

6． ‘高效太陽能利用透明蜂窩的研製’通過國家驗收。

7． ‘建築節能綜合實驗台建設’獲中國科學技術大學教學成果獎

8． 獲億利達科學基金獎

9． 獲博士後優秀論文獎

10． 中科大跨世紀人才獎

11． 《家用空調—熱水器一體機》獲專利授權，專利號：002406039

擔任《International Journal of Energy and Environment》國際顧問編委、《 International Journal of Low Carbon Technologies》、《Fundamental Journal of Thermal Science and Engineering》、《太陽能學報》等期刊編委，國家‘863’先進能源技術領域主題專家，中國可再生能源學會理事，安徽省新能源協會副理事長，教育部、科技部、自然科學基金委重點項目評審專家，教育部優秀博士論文評審專家。

本科生《空調工程》

公共SEMINAR課程《建築節能》

研究生課程《冰蓄冷空調》

研究生課程《建築熱環境》

研究生課程《建築節能技術》

(1) A study of PV-Shading combined with bulding - ISES Solar World Congress 2007 - 2007 - 1:378-383

(2) Dynamic performance of parabolic trough solar collector - ISES Solar World Congress 2007 - 2007 - 2:750-754

(3) Distributed and steady modeling of PV evaporator in a PV/T solar assisted heat pump - ISES Solar World Congress 2007 - 2007 - 2:951-955

(4) Numerical study on the operating performance of an indirect expansion solar assisted multifunctional heat pump in water heating mode - ISES Solar World Congress 2007 - 2007 - 4:2201-2205

(5) Annual energy performance simulation of a façade integrated photovoltaic and water heating system in east China - ISES Solar World Congress 2007 - 2007 - 1:298-303

(6) Numerical study of performance of trombe wall with PV cells - ISES Solar World Congress 2007 - 2007 - 1:397-400

(7) Performance of solar assisted heat pump using PV evaporator under different compressor frequency - ISES Solar World Congress 2007 - 2007 - 2:935-939

(8) Optimized simulation for PV-TW system using DC fan - ISES Solar World Congress 2007 - 2007 - 3:1617-1622

(9) Numerical simulation with experimental validation on photovoltaic solar assisted heat pump - ICR2007 - 2007 - ZCR07-E2-1472

(10) Performance of a solar assisted heat pump using photovoltaic evaporator - ICR2007 - 2007 - ZCR07-E2-1434

(11) CFD study of the effectiveness of ventilation system in removing coughing expelled droplets - ICR2007 - 2007 - ZCR07-E1-1465

(12) Energy performance of a water-based facade-integrated photovoltaic/thermal system - Proceedings of HKIE/ASHRAE/CIBSE/PolyU Joint Sympo - 2005 - 15 Nov 2005, pp.109-116

(13) A numerical and experimental study of a dual-function solar collector integrated with building in passive space heating mode - Chinese Science Bulletin - 2010 - Vol.55(15)

(14) Effect of a dual-function solar collector integrated with building on the cooling load of building in summer - Chinese Science Bulletin - 2010 - Vol.55(31)

(15) Performance analysis of an air-source heat pump using an immersed water condenser - Frontiers of Energy and Power Engineering in China - 2010 - 4(2): 234–245

(16) Thermal characteristics of a building-integrated dual-function solar collector in water heating mode with natural circulation - Energy - 2011 - 36(1)

(17) Modeling and validation of a building-integrated dual-function solar collector - Power and Energy - 2011 - 225：259-269

(18) Performance of PV-Trombe Wall in Winter Correlated with South Façade Design - Applied Energy - 2011 - Vol.88(1)

(19) Influence of channel depth on the performance of solar air heaters - Energy - 2010 - Vol.35(10)

(20) Distributed dynamic modeling and experimental study of PV evaporator in a PV/T solar-assisted heat pump - International Journal of Heat and Mass Transfer - 2009 - 52(1)

(21) An improved approach for the application of Trombe wall system to building construction with selective thermo-insulation facades - Chinese Science Bulletin - 2009 - 54

(22) Experimental study of photovoltaic solar assisted heat pump system - Solar Energy - 2008 - 82(1):43-52

(23) Performance analysis of a photovoltaic heat pump - Applied Energy - 2008 - 85(8):680-693

(24) Numerical study of PV/T-SAHP system - Journal of Zhejiang University-SCIENCE - 2008 - 9(7):970-980

(25) An experimental study of façade-integrated photovoltaic/water-heating system - Applied Thermal Engineering - 2007 - 27(1):37-45

(26) An experimental and mathematical study of efforts of a novel photovoltaic-Trombe wall on a test room - International Journal of Energy Research - 2008 - 32(6):531-542

(27) Distributed dynamic modelling with experimental validation on a photovoltaic solar-assisted heat pump - Journal of Power and Energy - 2008 - 222(5):443-454

(28) Performance of the photovoltaic solar-assisted heat pump system with and without glass cover in winter: a comparative analysis - Journal of Power and Energy - 2008 - 222(2):179-187

(29) Dispersion and settling characteristics of evaporating droplets in ventilated room - Building and Environment - 2007 - 42(2):1011-1017

(30) Performance evaluation of photovoltaic–thermosyphon system for subtropical climate application - Solar Energy - 2007 - 81(1):123-130

(31) Performance of photovoltaic solar assisted heat pump system in typical climate zone - Journal of Energy & Environment - 2007 - 6:1-9

(32) Transport of coughing expelled droplets in ventilated rooms - Indoor and Built Environment - 2007 - 16(6):493-504

(33) Photovoltaic-thermal collector system for domestic application - Journal of Solar Energy Engineering - 2007 - 129(2):205-209

(34) PV-Trombe design for buildings in composite climates - Journal of Solar Energy Engineering - 2007 - 129(4):431-437

(35) A sensitivity study of hybrid photovoltaic/thermal water heating system with natural circulation, - Applied Energy - 2007 - 84(2): 222-237

(36) Modeling of a novel Trombe wall with PV cells. - Building and Environment - 2007 - 42(3): 1544-1552.

(37) Study of PV-Trombe wall assisted with DC-fan - Building and Environment - 2007 - 42(10):3529-3539

(38) Numerical study of the use of photovoltaic-Trombe wall in residential buildings in Tibet - Journal of Power and Energy - 2007 - 221(8):1131-1140

(39) Study of PV-Trombe wall installed in a fenestrated room with heat storage - Applied Thermal Engineering - 2007 - 27(8-9):1507-1515

(40) Effect of fluid flow and packing factor on energy performance of a wall-mounted hybrid photovoltaic/water-heating collector system - Energy and Buildings - 2006 - 38(12):1380-1387

(41) Thermal analysis of PV/T evaporator of a solar assisted heat pump - International Journal of Energy Research - 2006 - 31(5):525-545.

(42) Numerical study on hybrid PV/T collector with different-dimension flat box, - Proc.IMechE Part A: Journal of Power and Energy, - 2006 - Vol.220, pp.681-688. (SCI, EI)

(43) Effect of flow channel dimensions on the performance of a box-frame photovoltaic/thermal collector - Journal of Power and Energy - 2006 - 220(7):681-688

(44) Influence of air flow patterns on smoke dispersion in multi-functional gymnasia - Architectural Science Review - 2006 - 49(3):263-269

(45) Hybrid photovoltaic-thermosyphon water heating system for residential application - Solar Energy - 2006 - 80(3):298-306

(46) Hybrid photovoltaic and thermal solar-collector designed for natural circulation of water - Applied Energy - 2006 - 83(3):199-210

(47) The influence of the support frame on the annual electric and thermal performance of a PV-wall in Hong Kong - Journal of Energy and Environment - 2006 - Vol.5

(48) Performance of multi-functional domestic heat pump system - Applied Energy - 2005 - 80(3):307-326

(49) Dynamic performance of hybrid photovoltaic/thermal collector wall in Hong Kong - Building and Environment - 2003 - 38(11):1327-1334

(50) Domestic air-conditioner and integrated water heater for subtropical climate - Applied Thermal Energy - 2003 - Vol.23,No.5,581-592

(51) The annual analysis of the power output and heat gain of a PV-wall with different integration mode in Hong Kong - Solar Energy Materials and Solar Cells - 2002 - 71(4): 435-448, ^[1]