Type | Items | Contents |
1 Basic data | Name | Jiufa Chen |
Photo | ||
itle | Professor, PhD | |
Position | ||
Office | Room 416 | |
Address | Email:chen.jiufa@seu.edu.cn Mobile：+86 13813920409 | |
Research Interests | lNew and renewable energy, such as Concentrated solar thermal energy for power and industry; Solar PV technology; Biomass for power, industry and residential applications; Geothermal energy for power, industry and residential applications; lCombined heating and power; Combined cooling, heating and power; lLow carbon emission techs. lIntelligent building tech, SCADA, data center; lHVAC&R: Ground source heat pump technology. Air source heat pumps; Water source heat pumps; lBuilding energy flow simulation and optimization using software, such as Energy Plus; lGreen building tech. | |
2 Data for webpage | Resume | 2002.8~now, Professor, in the faculty of energy & environment of the SoutheastUniversity, Nanjing, 2001.1~2002.8, Senior Engineer, WTNZ, New Zealand. Responsible for R&D in green HVAC technology; 1995~2000, Senior Engineer, FAP, 1992~1995, Post-doctor, Institute of Refrigeration (Institut für Kältetechnik und Angewandte Wärmetechnik), Universität Hannover, Western 1988~1992, Ph.D research work, Leeds University, 1985~1987, postgraduate study in heat pumping techs, SEU, 1981~1985, Bachelor of Engineering, Power Eng Dpt, SEU, |
Teaching | New and Renewable energy and low carbon techs; Simulation and control for HVAC&R | |
Academic/teaching Projects | ||
Awards& Achievements | ||
Publications (papers & academic book etc.) | 1.Heat flow imbalance and control strategies for a large GSHP. Yibo Chen, Jiufa Chen, Umberto Beradi, Weilai Qiao, Junwei Chen: Journal of Southeast University ( English Edition) Vol 29, No 1, pp 92-98, 2013 2.Analysis on heat and mass transfer characteristics of non-azeotropic mixed medium in the process of phase change. Zhibo Zhang, Jiufa Chen: The 6th conference on engineering thermal phasics in Jiangsu ,Nanjing，2012.12. (in Chinese) 3.A research on mixed and pure medium in the application of high efficient heat engine cycle, Jicheng Su, Jiufa Chen: The 6th conference on engineering thermal phasics in Jiangsu ,Nanjing，2012.12. (in Chinese) 4.Strengthen heat and mass transfer： the application of the vertical vortex technology, Zhongling Du, Jiufa Chen: The 6th conference on engineering thermal phasics in Jiangsu ,Nanjing，2012.12. (in Chinese) 5.A discuss on seasonal energy storage engineering thermal physics problems. Bojiang Xu, Jiufa Chen: The 6th conference on engineering thermal phasics in Jiangsu ,Nanjing，2012.12. (in Chinese) 6.A multi-integrated renewable energy system in a commercial building in Beijing: lessons learnt from an operating analysis. Yibo CHEN, Jiufa CHEN, Umberto BERARDI, Baojiang Xu： Int. J. Low-Carbon Tech. (2012) doi: 10.1093/ijlct/cts020. 2012. 1-7，EI 7.Improving thermal cycle efficiency using non-azeotropic working fluids. Jiufa Chen: International Symposium on advanced waste heat valorization Technologies—Organic Rankine Cycle and Industrial heat pumps for waste heat upgrading, 13-14 September 2012, Kortrijk, Belgium, poster, 2012 8.A simulation study for a low carbon consumption HVAC project using energyplus. Zhu Sheng; Chen Jiufa : International Journal of Low-Carbon Technologies, v 7, n 3, p 248-254, September 2012 9.An experimental investigation on ground heat flow balance issue for a GCHP. Jiufa Chen; Hongqi Zheng, Qin Xue, Erming An, Weilai Qiao: International Journal of Low-Carbon Technologies, v 6, n 1, p 70-75, March 2011 10.Research on ground-coupled heat exchangers. Jiufa Chen; Weilai Qiao; Qin Xue; Hongqi Zheng; Erming An: International Journal of Low-Carbon Technologies, v 5, n 1, p 35-41, March 2010 11.An Investigation Of Integrated Renewable Energy Systems In A Combined Factory-Office Building. The 2nd International Symposium on Low Carbon Buildings (ISLCB) in China, Centre for Sustainable Energy Technologies (CSET).Yibo CHEN, Jiufa CHEN, Umberto BERARDI: University of Nottingham, Ningbo, China. October 29 - 30, 2011. ISLCB33. 12.A simulation study for a low carbon consumption HVAC project using EnergyPlus. Sheng ZHU, Jiufa CHEN: The 2nd International Symposium on Low Carbon Buildings (ISLCB) in China, Centre for Sustainable Energy Technologies (CSET). University of Nottingham, Ningbo, 13.A system on low grade solar heat engine. Xiangmei Xu, Juifa Chen: Energy Research & Utilization，2011,4,32-34. (in Chinese) 14.A Feasibility Study on Developing a Centralized Energy Management System to Provide Scattered Building HVAC System with Expert Service. Jiufa Chen, Erming An, Hongqi Zheng, and Sheng Zhu: IAQVEC 2010, August 15-18，2010, Syracuse, New York, USA, EI 15.An Applicability Study of Ground Coupled Heat Pump Technology in Different Climatic Regions. Jiufa Chen, Long Gao, Weilai Qiao, Qin Xue, and Xiangmei Xu: IAQVEC 2010, August 15-18, 2010, Syracuse, New York, USA, EI 16.Energy saving Analysis of a Hybrid Ground-coupled Heat Pump Project. Jiufa Chen, Qin Xue, Weilai Qiao, Erming An: Journal of Southeast University,2010 26（2） P177-81, 17.Energy saving Analysis of a Hybrid Ground-coupled Heat Pump Project. Jiufa Chen, Qin Xue, Weilai Qiao, Erming An:Journal of ???, VolumeI. P436-443 18.Test and simulation on buried heat exchanger thermal response .Weilai Qiao, Jiufa Chen, Qin Xue:Building Energy & Environment，2010，29（1），1-4.(in Chinese) 19.Numerical and experimental research on heat transfer performance of closed U surface water heat exchangers. Hongqi Zheng, Cui Xu, Jiufa Chen, Jianzhong Zhang: Building Energy & Environmen, 2009,28(1):92-94. (in Chinese) 20.A comparison on the mediums in solar power organic Rankine cycle. Weilai Qiao, Jiufa Chen, Qin Xue, Hongqi Zheng: Energy Research & Utilization, 2010.1,20-29. (in Chinese) 21.A comparative study on solar power steam compression refrigerating system and other solar refrigerating systems. Erming An, Jiufa Chen, Qin Xue, Hongqi Zheng: Jiangsu HVAC refrigeration, 2010, 2(125), 20-31. (in Chinese) 22.Research on ground-coupled heat exchangers. Jiufa Chen*, Weilai Qiao, Qin Xue, Hongqi Zheng and Erming An: International Journal of Low-Carbon Technologies 2010, 5, 35–41 23.Energy-saving Analysis of a Hybrid Ground-coupled Heat Pump Project. Qin Xue*, Jiufa Chen, Hongqi Zheng, Weilai Qiao, Erming An: Proceedings for The 6th International Symposium on Heating,Ventilating and Air Conditioning. Nov 6-9, Nanjing, 24.Non azeotropic mixed medium energy-saving cycle and application. Weilai Qiao, Jiufa Chen, Hongqi Zheng: Jiangsu HVAC refrigeration, 2009. 1, 2-7. (in Chinese) 25.Analysis on the test of backfilling materials and ground source heat pump exchanger underground temperature field.Hongqi Zheng, Hehu Zhu, Jiufa Chen: Fluid Machinery, 2009,3, 60-63. (in Chinese) 26.A simulation on a building energy saving. Qin Xue, Jiufa Chen, Hehu Zhu: Building Energy & Environment，2009,28(1):92-94. (in Chinese) 27.Comparison on simulations of Displacement ventilation combining radiation air conditioning in different ways. Hehu Zhu, Jiufa Chen, Dajian Hu: Building Energy & Environment, 2008, 27（6）：29-32. (in Chinese) 28.Numerical simulation on heat transfer performance of U-shaped tubes underground heat exchangers Jian Ma, Hehu Zhu, Jiufa Chen:. Jiangsu HVAC refrigeration. 2008.2, 20-23. (in Chinese) 29.Test and Analysis on Vertical U-shaped ground heat exchanger heat transfer performance. Yinan Zhang, Bin Li, Jiufa Chen, Yuntao Yu, Peihai Zhou: HV&AC,37(7).2007: 72-78. (in Chinese) 30.A study on ceiling radiant air conditioning system. (Caiying Jia, Yixin Yang, Shenghua Yang, Jiufa Chen, Dajian Hu, Bin Guo). Beijing: IRC. 2007. IRC07-E1-1211. 31.Experimental analytical investigation on surface water heat exchanger of ground source heat pump. ( Dajian Hu, Bin Guo, Cui Xu, Jiufa Chen, Jianzhong Zhang). Beijing: ICR. 2007. ICR07-E2-1215. 32.Comparison on the heat transfer performance of ground source heat pump with different heat exchangers. Jiufa Chen ,Bin Guo, Dajian Hu, Weihua Shen, Hongtao Cheng: China construction dynamic energy(solar energy).2006,06:33－35. (in Chinese) 33.Energy-saving water heater: air source heat pump water heater. Bin Guo, Weihua Shen, Jiufa Chen: The 4th session of the national conference on refrigeration and air conditioning new technology. Nanjing, 2006.4,816-819. (in Chinese) 34.The performance study of heat transfer in the pile buried tube heat exchanger. Weihua Shen, Hongtao Cheng, Jiufa Chen, Bin Guo, Caiying Jia: The 4th session of the national conference on refrigeration and air conditioning new technology. Nanjing，2006.4, 294-297. (in Chinese) 35.New problems of components migration of non-azeotropic fluids. Jiufa Chen, Karston Beermann: The fourth session of the national conference on refrigeration and air conditioning new technology: Refrigeration and air conditioning technology progress. Nanjing. Southeast University. 2006. (in Chinese) 36.Simulation of concentration shift for multi-component zeotropic fluids. Jiufa Chen, Bin Guo, Caiying Jia, Weihua Shen: 5th International Symposium on Multiphase Flow, Heat Mass Transfer and Energy Conversion . Xi’an: Xi’anJiaotongUniversity Press, Paper No. 15, 2005. 37.Zeotropic refrigerants and the special characteristics. (J Chen):Proc. IMechE Vol. 219 Part E: J. Process Mechanical Engineering. 183-186, 2005 38.Comparison on the performance of environmentally friendly refrigerants R410A and R407C. Jiufa Chen, Chen Yang: Fluid machinery,33(7),78-81,2005. (in Chinese) 39.Comprehensive approach to predict the circulation concentration of zeotropic refrigerants. Jiufa Chen：Journal of Southeast University (English Edition) Vol.20, No.3, 315-318, 2004. 40.A study on R407C used to replace R22. Jiufa Chen：Fluid machinery, 32(8), 69-72, 2004. (in Chinese) 41.Characteristics and application technology of environmentally friendly non-azeotropic refrigerants. Jiufa Chen: Refrigeration technology, 4, 4-7,2004. (in Chinese) 42.Design and modeling of new egg-crate type forced flow evaporators in domestic refrigerators. (Bansal , P K; Wich, T.; Chen, J.; and Browne, M.): ASHRAE Transactions, 107 (2), 2001. 43.Heat Transfer Analysis For A Freeze Drier. (Chen, J.): Proc. 20Th International Congress of Refrigeration IIR/IIF. Sydney, 44.Heat Recovery For A Refrigeration System. (Chen, J.): Proc. IPENZ Conference. Vol. 4, p146-147, Auckland, 45.Modeling And Simulating Concentration Shift Of Multicomponent Fluid Flow. (Chen, J.): Proc. of the IASTED International Conference Modeling, Simulation and Optimization (MSO ’97), p79-82, August 11-13, Singapore, 1997. 46.A Novel Air Conditioning/Heat Pumping System Using Mixed Refrigerants. (Chen, J.): A Seminar in Nanyang Technological University, 47.Alternative Refrigerant For R22. (Chen, J.): Seminar to ASHRAE 48.Calculating thermodynamic properties for pure and mixed refrigerants by Lee Kesler Ploecker equation of states. (Chen, J.): AIRAH Journal, p31-36, April 1997. 49.R410A And R407C As Alternatives For Refrigerant R22. (Chen, J.): Proc. IPENZ Conference. Vol. 2, p66-72, Wellington, 50.Comparison of glycol with silicon oil as a heat transfer medium. (Chen, J.): Proc. IPENZ Conference. Vol. 2, p78-80, Wellington, 51.Concentration Shift Simulation for the Mixed Refrigerants R404A, R32/R134a, and R407C in an Air conditioning System. (Chen, J. and Kruse, H.). International Journal of HVAC&R Research, vol. 3, No. 2, p149-157, 1997. 52.Calculating Circulation Concentration of Zeotropic Refrigerant Mixtures in a Vapour Compression Cycle. (Chen, J.): Proc. IPENZ Annual Conference, Vol. 1, Part 1, p7-15, Dunedin, New Zealand, 1996 53.Konzentrationsverschiebung beim Einsatz von Kältemittelegemischen. (Kruse, H.; Chen, J.): Ki Luft- und Kältetechnik p501-504, 11/1996. 54.Thermodynamische Eigenschaften technisch relevanter Kältemittelgemische. (Kruse, H.; Gorenflo, D.; Chen, J.; Koester, R.; Herres, G.; Buschmeier M.): Ki Luft-und Kältetechnik, p496-500, 11/1996. 55.Pressure-Enthalpy Diagrams For Alternative Refrigerants. (Chen, J.; Kruse, H.): ASHRAE Journal, p50-55, October 1996. 56.Abschluβbericht zum AiF-Forschungsvorhaben Nr. 9841. (Chen, J.; Kruse, H.): Kältemittelgemische als Substitute für R22, R502 und R13B1. Frakfurt, März 1996. 57.Simulation zur Konzentrationverschiebung. (Kruse, H.; Chen, J.): An interim report for a German project: Kältemittelgemische als Substitute für R22, R502 und R13B1. 1995 58.Calculating Circulation Concentration of Zeotropic Refrigerant Mixtures. (Chen, J. and Kruse, H.). International Journal of HVAC&R Research, vol. 1, No. 3, p219-231, 1995. 59.Berechnung der Zusmmensetzung des umlaufenden Kältemittels in Kompressionskälteanlagen. (Kruse, H.; Chen, J.; Burk, M.). Zwischenbericht, AiF-Forschungsvorhaben Nr. 9841. Kältemittelgemische als Substitute für R22, R502 und R13B1. 1995. 60.R227-An Environmentally Benign Refrigerant For High Temperature Heat Pump Applications. (Chen, J.; Kruse, H. and Beermann, K.). Proceedings to the IIR International Conference “CFCs The Day After”, Padova, 61.Zwischenbericht—Kältemittelgemische als Substitute für R22, R502 und R13B1. (Kruse, H.; Chen, J.): AiF-Forschungsvorhaben Nr. 9841, 1994. 62.A Computer simulation program for mixed refrigerant air conditioning. (Haselden, G.G.; Chen, J.): Int. J. Refrig., Vol 17, No. 5, 1994. p343-350. 63.Numerische Simualtion des Motorkühlsystems von klimatisierten Automobilen. (Essers, V.U.; Kruse,H.; Ambros, P.; Hu, J.; Arnemann, M.; Chen, J.): ATZ Automobiltechnische Zeitschift 96 Heft 2, p108-115, 1994. 64.Rückkoppelungseffekte zwischen Motorkülung und Fahrzeugklimatisierung. (Essers, V.U.; Kruse, H.; Ambros, P.; Hu, J.; Chen, J.; Genze, S.; Arnemann, M.): Forchungsvereinigung Verbrennungskraftmaschinen e.V. Abschlussbericht Vorhaben Nr. 452, Heft 525, 1993. 65.Rückkoppelungseffekte zwischen Motorkülung und Fahrzeugklimatisierung. (Essers, V.U.; Kruse, H.; Ambros, P.; Hu, J.; Chen, J.; Genze, S.; Arnemann, M.): Abschlussbericht über das Vorhaben Nr. 452. Informationstagung Motoren, Herbst, Heft R 474, Würzburg, 1993. 66.A versatile simulation programme for air conditioning systems. (Chen, J.; Genze, S.; Arnemann, M.; Kruse, H.:). DKV-Tagungsbericht, 20. Jahrgang, Nürnberg, Band II/2, p231-247, 1993. 67.Cycle Performance of Alternative Refrigerant Mixtures. (Kruse, H.; Chen, J.). Proc. Of international seminar on heat transfer, thermophysical properties and cycle performance of alternative refrigerants. Fukuoka, Japan, 1993. 68.Stoffdaten und Simulationsprogrammme für die Kältetechnik. (Chen, J.; Ruvinsky, G.; Rinne, F.): DIE KÄLTE und Klimatechnik, p782-784, 11/1993. 69.Mixed Refrigerants for air conditioner/heat pumping. (Chen, J.; Haselden, G.G.:). Proc. Inst. R. 1992/1993, London, 1992. Participating in editing and publishing books： 1.New energy and renewable energy. (Quanlin Li Ed. Jiufa Chen: member of the writing group): Nanjing, Southeast University Press, 2008.(in Chinese) 2.Practical building management automation control engineering. (Weiliang Lu Ed. Jiufa Chen: member of the writing group): Nanjing, Southeast University Press, 2008.(in Chinese) 3.Intelligent building energy-saving projects. (Xianghong Wang Ed. Jiufa Chen: member of auditing group): Nanjing, Southeast University Press, 2010.(in Chinese) 4. Strategic analysis of Chinese smart city construction. (BingZheng Xie Ed. Jiufa Chen: director of the editorial board): Nanjing, Jiangsu Science and Technology Press, 2013.(in Chinese) | |
Patents | 40 Patents in the field of renewable energy, heat pump technology, HVAC&R, CST, CSP, ORC, | |
The supervised postgraduate students (including their emails) |
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