教育經歷
1995年9月-1999年7月,哈爾濱工業大學,供熱、通風與空調工程專業,學士學位;
2004年3月-2007年3月,北京航空航天大學,建筑與土木工程專業,碩士學位;
2007年9月-2010年7月,中國科學院理化技術研究所,制冷及低溫工程專業,博士學位。
工作經歷:
2010年7月-至今,中國科學院理化技術研究所 熱力過程節能技術研究中心
2013年3月-2014年3月, 英國諾丁漢大學 訪問學者1.國際制冷學會新能源汽車熱管理工作組,秘書長
2.中國汽車工程學會汽車熱系統分會, 副主任委員/秘書長
3.中國汽車工業協會汽車熱系統分會, 委員/副秘書長
4.中國制冷學會車輛熱管理工作委員會,委員
5.中國制冷學會小型制冷機低溫生物醫學專業委員會,委員
6.學術期刊e-prime Advances in EEEE,編委
長期從事新型制冷空調、熱泵理論與壓縮方法研究:
1.新能源汽車寬溫域熱泵、壓縮機及熱管理
2.空天飛行器人工環境及熱控技術
3.直線壓縮機及控制理論
4.冷鏈技術與裝備
5.環保制冷劑替代
[1]??中科院國際合作全球共性挑戰項目“燃料電池余熱制冷熱管理技術”(2024-2026),在研
[2]??院地合作項目“新能源汽車自然工質熱泵熱管理系統及關鍵技術研發”(2024-2025),在研;
[3]??企業合作項目“電動汽車R290熱泵關鍵零部件及系統性能研究”(2023-2025),在研;
[4]??企業合作項目“電動汽車熱泵空調壓縮機新技術開發應用”(2023-2027),在研;
[5]??企業合作項目“自然工質超高能效壓縮機關鍵技術研發”(2025-2026),在研;
[6]??企業合作項目“新能源汽車熱管理系統、關鍵部件及控制策略研究”,(2022-2024),(結題);
[7]??企業合作項目“電動汽車CO2熱泵系統及關鍵零部件性能研究”(2021-2024),(結題);
[8]??企業合作項目“面向***的直線壓縮機研制”(2021-2023),(結題);
[9]??國家自然科學基金 “噴射補氣式直線壓縮機動力學特性及自適應控制研究”(2020-2023),(結題);
[10]??企業合作項目“新能源汽車熱管理系統核心部件技術改進及產品研發”(2022-2024)(結題);
[11]??吉林省高新技術產業化項目“新能源汽車先進熱系統的創新構建及產業化”(2021-2023)(結題);
[12]??企業合作項目“電動客車余熱回收寬溫熱泵機組開發”(2021-2022)(結題);
[13]??企業合作項目“基于余熱回收的電動汽車熱系統集成優化與核心部件研制”(2020-2022)(結題);
[14]??院地合作項目“電動卡車熱泵空調機組開發與產業化”(2019-2021)(結題);
[15]??國家重點研發計劃子課題“基于直線壓縮機和分區控溫的節能型冷柜裝備研制”(2017-2020)(結題);
[16]??院地合作項目“電動卡車熱泵空調機組開發與產業化”(2019-2020)(結題);
[17]??企業合作研究項目“電動汽車空調用熱泵系統研發與仿真優化”(2018-2020)(結題);
[18]??國家自然科學基金“變容量線性壓縮機制冷系統穩定性及多變量控制策略研究”(2016-2019)(結題);
[19]??中科院STS計劃區域重點產業化項目“電冰箱用直線壓縮機產業化研究”(2018-2019)(結題);
[20]??企業合作研究項目“空調用直線壓縮機開發”(結題);
[21]??院地合作項目“基于回風利用與R1234yf工質電動汽車熱泵空調機組開發與產業化”(結題);
[22]??企業合作研究項目“直線壓縮機的冰箱匹配技術”(結題);
[23]??湖北省中國科學院科技合作項目“電冰箱用線性壓縮機控制策略研究及其控制器開發” (結題);
[24]??中國科學院國際合作局對外合作重點項目“電動汽車車室與電池一體式熱管理技術” (結題);
[25]??吉林省中國科學院科技合作項目“電動汽車一體式熱管理機組開發與產業化研究” (結題);
[26]??合作研究項目“電動汽車熱泵空調系統模擬平臺研發”(結題);
[27]??國家科技支撐計劃 “兩相微晶間接預冷過程蔬菜與濕空氣間熱傳質規律研究與裝備研制”(結題);
[28]??企業合作研究項目“純電動汽車熱泵空調系統節能模式開發” (結題);
[29]??企業合作研究項目“純電動汽車熱泵空調系統開發” (結題);
[30]??國家自然科學基金“特征參數的非線性對線性壓縮機機電耦合性能的影響研究”(結題);
[31]??湖北省中國科學院科技合作項目“電冰箱用線性壓縮機開發與產業化研究”(結題);
[32]??中科院戰略新興產業項目“電冰箱用線性壓縮機產業化研究”(結題);
[33]??企業合作研究項目“制冷量220W電冰箱用線性壓縮機系統的開發”(結題);
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近年代表論著:??
1)???Zhang?? S, Zou HM#, Tang MS, et al, Study on the friction?? characteristics of a self-lubricating linear compressor using vapor?? injection, International Journal of Refrigeration, 2024. SCI收錄
2)???Tang?? MS, Hu ZH, Chen LB, Zou HM*, et al, Investigation of the?? performance of oil-free linear compressor with magnetic resonance spring for?? pulse tube cryocooler. Cryogenics,2024. SCI收錄
3)???Yang?? TY, Yang YC, Zou HM*, et al, Comprehensive performance evaluation on a?? transcritical CO2 ejector-expansion heat pump system, Applied Thermal?? Engineering, 2024. SCI收錄
4)???Yang?? TY, Yang YC, Zou HM*, et al, Performance investigation of CO2?? automotive air-conditioning system with ejector at 45℃ ambient temperature, International Journal of?? Refrigeration, 2024. SCI收錄
5)???Li X, Zou?? HM*, Tang MS, et al, Performance analysis of a vapor injection linear?? compressor in a dual-temperature zone refrigerator, International Journal of?? Refrigeration, 2024. SCI收錄
6)???Kong?? FC, Tang MS*, Zou HM*, et al, Performance simulation analysis of a?? novel dual-piston two-stage carbon dioxide linear compressor, International?? Journal of Refrigeration, 2024. SCI收錄
7)???Li CZ,?? Sun J, Zou HM, et al, Experimental assessment on operation efficiency?? and output characteristics of an oil-free linear compressor in a?? refrigeration system under various parameters, Applied Thermal Engineering,?? 2024. SCI收錄
8)???Tang?? ZH, Zhang S, Zou HM*, et al, Operational stability influenced by?? lubricant oil charge in the CO2 automotive air conditioning system,?? International Journal of Refrigeration, 2024. SCI收錄
9)???Li G,?? Ma JW, Zou HM, et al, Experimental investigation of refrigerant charge?? determination for heating performance in a CO2 heat pump system for electric?? vehicles, Applied Thermal Engineering, 2024. SCI收錄
10)??Yang YC, Zou HM*, Gu X, et al,?? Thermal-hydraulic performance of super-amphiphobic louver-fin flat-tube heat?? exchanger under fouled condition, Applied Thermal Engineering, 2024. SCI收錄
11)??Zou HM, Wang YL, Tang MS, et al, Experimental and?? theoretical study on work conversion and heat transfer of R290 linear?? compressor, International Journal of Refrigeration, 2023. SCI收錄
12)??Yang TY, Zou HM*, Tang MS, et?? al, Comprehensive study on EEVs regulation characteristics of vapor-injection?? CO2 heat pump for electric vehicles, International Journal of Refrigeration,?? Volume 149, 2023, Pages 11-22, SCI收錄
13)??Tang ZH, Li X, Zou HM*, et al,?? Experimental performance of a heat pump driven by vapor injection linear?? compressor, Applied Thermal Engineering, Volume 225, 2023, 120197, SCI收錄
14)??Zou HM, Huang GY, Tang MS, et al, Experimental?? investigation on condensation performance of the processed windshield surface?? of electric vehicles, Case Studies in Thermal Engineering, Volume 41, 2023,?? 102624, SCI收錄
15)??Zou HM , Yang TY, Tang MS , et al. Ejector optimization and performance?? analysis of electric vehicle CO2 heat pump with dual ejectors[J]. Energy,?? 2022, 239. SCI收錄
16)??Yang TY, Zou HM*, Tang MS, et al, Experimental?? performance of a vapor-injection CO2 heat pump system for electric vehicles?? in ?30?°C to 50?°C range, Applied Thermal Engineering, Volume 217,?? 2022, 119149, SCI收錄
17)??Li X, Zou HM*, Tang MS, et al. Optimization analysis of linear compressor using?? R290 for capacity-modulation performance improvement. Journal of Refrigeration.?? 2021(127):111-119. SCI收錄
18)??Chen YY , Zou HM*, Dong JQ, et al.?? Experimental investigation on the heating performance of a CO2 heat pump?? system with intermediate cooling for electric vehicles[J]. Applied Thermal?? Engineering, 2021, 182(1):116039. SCI收錄
19)??Zou HM, Li X, Tang MS, et al. Performance analysis of linear compressor using?? R290 for commercial refrigerator. Journal of Refrigeration. 2020(109):55-63.?? SCI收錄.
20)??Han XX, Zou HM*, Wu J, et al. Investigation on the heating performance of the heat pump with waste?? heat recovery for the electric bus. Renewable energy. 2020, 152: 835 - 848.
21)??Chen YY, Zou HM*, Dong JQ, et al. Experimental investigation on refrigeration?? performance of a CO2 system with intermediate cooling for automobiles. Applied thermal?? engineering. 2020,175(25). SCI收錄.
22)??Zou HM, Li X, Tang MS, et al. Start-up characteristics of linear compressors in?? a refrigeration system. Journal of Thermal Science. 2020. SCI收錄.
23)??Qin F, Liu HZ*, Zou HM*,?? et al. Experiment investigation?? and control strategies on two-phase refrigerant injection heat pump system?? for electric vehicle in start-up stage. Journal of Thermal Science. 2020. SCI收錄.
24)??Han XX, Zou HM*, Tian?? CQ, et al. Numerical?? study on the heating performance of a novel integrated thermal management?? system for the electric bus. Energy, 2019(186). SCI收錄.
25)??Han XX, Zou HM*, Kang W et al.?? Experimental investigation on vapor injection ASHP for electric rail vehicles?? in cold region. Applied Thermal Engineering. 2019(153): 473-482. SCI收錄.
26)??Tang MS, Zou HM*,?? Tian CQ, et al. The analysis?? of energy conservation employed in the control of linear compressor. IEEE 2019. EI 收錄.
27)??Zou HM, Wang M, Tang MS et al. Study on stroke unstable fluctuation of linear?? compressor and start-up control optimization with frequency tracking.?? International Journal of Refrigeration. 2018 (96): 100-105. SCI收錄.
28)??Zou HM, Han XX, Huang GY, et al. Analysis of optimal injection ratio of vapor?? injection heat pump for electric railway vehicles. Journal of Sustainable?? Development of Energy, Water and Environment Systems.2019,7(4):656-666. SCIE收錄.
29)??Han XX. Zou HM*, Xu?? H, et al. Experimental study on vapor injection air source heat pump with?? internal heat exchanger for electric bus. Energy Procedia, 2019?? (158): 4147-4153. EI收錄.
30)??Zou HM, Li C, Tang MS, et al. Online measuring method and dynamic?? characteristics of gas kinetic parameters of linear compressor, Measurement.?? 2018,125:545-553. SCI收錄.
31)??Liu JX, Zou HM*,?? Zhang GY, et al. Experimental?? Study and Numerical Simulation concerning Fogging Characteristics and?? Improvement of Return Air Utilization for Electric Vehicles. Applied Thermal?? Engineering, 2018(129):1115-1123. SCI收錄.
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1.??河南省科學技術進步獎一等獎(2017)
2.??中國制冷學會科學技術獎-青年獎(2017)
3.??中國制冷學會優秀青年科技工作者(2017)
4.??中國汽車工業科學技術進步一等獎(2021)
5.??河南省科學技術進步獎二等獎(2022)
6.??湖北省科學技術進步獎三等獎(2024)
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人才隊伍