新能源,储能

动力及储能电池系统的热管理、热安全及热灾害防控

[1] Jiangyun Zhang * , Dan Shao , Ligin Jiang , Guoging Zhang , Hongwei Wu, Rodney Day, WenzhaoJian, Advanced thermal management system driven by phase change materials for power lithium-ionbatteries: A review , Renewable and Sustainable Energy Reviews, 2022,159:112207.
[2] Jiangyun Zhang, Xinxi Li*, Guoqing Zhang, Yongzhen Wang, Jianwei Guo, Ye Wang, Qiqiu Huang..Changren Xiao, Zhaoda Zhong Characterization and experimental investigation of aluminum nitride-based composite phase changeematerials for battery thermal management, Energy Conversion andManagement,2020,204:112319.
[3] Jiangyun Zhang ，Xinxi Li*Guoqing Zhang ,Hongwei Wu ,Zhonghao Rao ,Jianwei GuoDequan Zhou . Experimental investigation of the flame retardant and form-stable composite phase changematerials for a power battery thermal management system, Journal of Power Sources, 2020,480: 229116.
[4] Li Zhang, Jiangyun Zhang*, Guoqing Zhang , Ruiqi Hu , Liqin Jiang , Zhite Dai , Yuliang Wen , DanShao. Experimental study of novel nickel foam-based composite phase change materials for a largecapacity lithium-ion power battery module, Applied Thermal Engineering, 2024,236:121858.
[5] Jiangyun Zhang * , Jingyu Chen, Yan Lu, Guoging Zhang, Junyuan Liu , Liqin Jiang, Wenzhao JiangYuliang Wen, Ruli Zhang. Silicon dioxide-enhanced composite phase change materials for the thermalmanagement of retired lithium-ion batteries, Applied Thermal Engineering.
[6] Rong Chen, Xin Ge, Xinxi Li, Guoging Zhang, Jiangyun Zhang*,Xiufang Ke* ,Facile preparationmethod of phase change microcapsule with organic-inorganic silicone shell for batterythermalmanagement.Composites Science and Technology,2022,228:109662.
[7]Chongmao Mo, Jiangyun Zhang*, Guoging Zhang. Hierarchical porous carbon with three dimensionalnanonetwork from water hyacinth leaves for energy storage, Journal of Energy Storage, 2020,32:101848.
[8] Xin Ge, Jiangyun Zhang*,Guoqing Zhang, Weijie Liang, Jinsheng Lu, Jianfang Ge. Low melting-pointalloy-boron nitride nanosheet composites for thermal management, ACS Applied Nano Materials, 2020, 3(4):3494-3502.
[9]Jiangyun ZhangQinchao Zhang ,Guoqing Zhang ,Youpeng Chen , Sizhi Liu , Liqin JiangExperimental studyon electrochemical,starting-up,and energy-saving properties of a hybridsupercapacitor as automotive starter power under low-temperature conditions, Journal ofEnergy Sforage,2023.73:109225.
[10] Rong ChenJiangyun Zhang *, Xiufang Ke,Xin Ge ,Ying Zhong ,Liqin Jiang,Guoqing Zhang ,Experimental study of phase change microcapsule-based liquid cooling for battery thermal management.International Communications in Heat and Mass Transfer,2023,146:106912.
[11] Jiangyun Zhang, Xinxi Li* ,Guoging Zhang, Hongwei Wu, Dan Shao, Xin Ge, Qiqiu HuangZhicheng Zhen, Xuanzhuang Chen, Experimental investigations on the correlations between thestructure and thermal-electrochemical properties of over-discharged ternary/Si-C power batteriesInternational Journal ofEnergyResearch, 2022,46(2):1609~1621.
[12] Jiangyun Zhang,Xinxi Li*,Guoging Zhang, Jianwei Guo, Qiqiu Huang, Dongyang WeiExperimental investigation on the essential cause of the degrading performances for an overchargingternary battery. International Journal ofEnergy Research, 2020,44(4):3134-3147.
[13] Weiguo Zhang , Jiangyun Zhang *, Yanxin Hu , Li Zhang , Wenjun Zhang , Youpeng Chen ,Guoging Zhang , Liqin Jiang , Zhite Dai , Yuliang Wen. Investigations on the essential causes of thedegrading properties of ternary lithium-ion batteries with different nickel content during thermal runawaystage, International Journal ofElectrochemical Science, 2024,19:100491.
[14] Xinxi Li ,Jiangyun Zhang *,Dequan Zhou ,Guoqing Zhang ,Hongwei Wu , Rensheng Liu. Structuraloptimization and thermal management with PCM honeycomb combination for photovoltaic-batteryintegrated system, International Journal ofPhotoenergy, 2022,4697980.
[15] Wenjun Zhang , Jiangyun Zhang *, Guoging Zhang , Yanxin Hu , Dan Shao , Ligin Jiang andYuliang Wen. A novel leak-proof thermal conduction slot battery thermal management system coupledwith phase change materials and liquid-cooling strategies.Energies.
[16] Qinchao Zhang, Liangde Liu, Jiangyun Zhang *, Guoging Zhang , Youpeng Chen , Sizhi LiuHongwei Wu , Hongni Huang. Experimental investigation of starting-up, energy-saving, and emission-reducing performances of hybridsupercapacitor energy storage systems for automobiles, Journal oEnergyStorage,2023,60:106602.

[1] 张力，张江云，张国庆，黄鸿霓. 一种具有高导热和高强度相变材料、制备方法及其制备的电池支架和电池热管理装置. 申请号: 202210968571.9 发明专利
[2] 葛鑫，黎灿兵，李新喜，张江云，张国庆. 一种导热相变凝胶材料及其制备方法和电池模组. 申请号 : 202111183501.4发明专利
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[5] 黄鸿霓,张江云,胡瑞琪,张国庆,张文骏,蒋立琴.一种相变材料耦合均热板及铜高导热材料的热管理系统. 申请号：ZL 202310633286.6 发明专利
[6] 黄鸿霓,张江云,胡瑞琪,张国庆,张文骏,蒋立琴.一种相变材料耦合均热板及铜高导热材料的热管理系统. 申请号：ZL 202321361449.1 实用新型专利
[7] 张江云，胡瑞琪，张国庆，蒋立琴，张文骏。一种相变材料耦合导热铜管的热管理系统，ZL202222818693.5实用新型专利
[8] 张江云，胡瑞琪，张国庆，蒋立琴，张文骏. 一种相变材料耦合导热铜管的热管理系统. 申请号：202211284802.0发明专利
[9] 张江云，陆彦，胡瑞琪，黄鸿霓，蒋立琴，张国庆. 一种兼顾低温加热和高温散热的电池热管理系统及其实现方法. 申请号：CN202311589788.X发明专利

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