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CIBF2018国际先进电池前沿技术研讨会

召开年：2018
召开地：深圳
出版时间： 2018-05-22

主办单位：;中国电工技术学会;;中国化学与物理电源行业协会;;

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1.解决用户痛点的动力电池新技术
- Chao-Yang Wang
- 《CIBF2018国际先进电池前沿技术研讨会》 | 2018年
摘要：We have discovered that Li-ion batteries can self-heat rapidly and uniformly.The self-heating characteristic of LiBs creates a paradigm shift in energy-power play–on-demand high power is possible.Tunable electrochemical interface enabled by thermal stimulation opens up infinite opportunities.Users have freedom to input theirown properties as a function of temperature and SOC through user defined functions (UDF).
2.电动汽车用高能量密度锂离子电池的技术研究及应用
- 力信(江苏)能源科技有限责任公司
- 《CIBF2018国际先进电池前沿技术研讨会》 | 2018年
摘要：本文研究了电动汽车用高能量密度锂离子电池的技术，包括电芯Roadmap、正极材料、负极材料、粘结剂、模组&PACK轻量化技术路线。
3.中国车用动力电池发展现状及趋势
- 肖成伟
- 《CIBF2018国际先进电池前沿技术研讨会》 | 2018年
摘要：本文阐述了中国车用动力电池发展现状及趋势，动力电池标准体系日趋完善，介绍了电动汽车安全技术条件，统计分析了电池单体、系统能量密度。
4.金属锂电极的充电控制
- Jusuke Shimura;志村重辅
- 《CIBF2018国际先进电池前沿技术研讨会》 | 2018年
摘要：By adding BaTiO3 as a contrast medium to the electrolyte, we were able to non-destructively observe lithium dendrites by X-ray CT.Using the FEM software COMSOL, we searched the optimum pulse pattern which mainly deposits lithium on the flat part of the electrode.Compared with the DC current, the short-circuit time became more than tripled.
5.电池技术研究新进展与产业持续发展展望
- Xingjiang Liu;刘兴江;Jiqiang Wang;汪继强
- 《CIBF2018国际先进电池前沿技术研讨会》 | 2018年
摘要：Battery Industry:LIB and lead-acid battery shipment increased last year.Compound growth rate of LIB is over 30%.The LIB industry is facing restrucfion in China.Solid Lithium Battery:Will be over 500Wh/kg;Sodium-ion Battery:low-cost choice，but energy density is not enough.Such superior electrochemical performance should be ascribed to both the special morpholoav and preferential Growth of the(113) plane.
6.利用正交统计方法高通量筛选锂离子电池电解液
- Deyang Qu
- 《CIBF2018国际先进电池前沿技术研讨会》 | 2018年
摘要：Determine a model:Full factorial, Fractional Factorial, Taguchi, Response Surface,Mixture etc.What do you want to investigate:Factors.What is the range you want to investigate:Levels.Carry out experiments，Data analysis.System Requirement: Graphite/NMC system, no newchemicals (EC, PC, EMC,DMC,DEC, common salts,common additives e.g. VC etc.).The purpose of the mixture experiment is to model theblending surface with some form of mathematicalequation so that。
7.用于高能量密度电池的电解液
- Le Yu;余乐
- 《CIBF2018国际先进电池前沿技术研讨会》 | 2018年
摘要：本文阐述了用于高能量密度电池的电解液，通过高温添加剂与降阻抗添加剂的联用，兼顾了高镍三元电解液的高低温性能，通过引入含氟溶剂，不仅提升了高压三元的电化学生能，还意外的提升了安全性。
8.用于高容量的硅基负极材料的导电剂的分析和开发
- 毛鸥
- 《CIBF2018国际先进电池前沿技术研讨会》 | 2018年
摘要：本文阐述了用于高容量的硅基负极材料的导电剂的分析和开发，导电添，粘结剂，电解液的设计和配方及和浆工艺对硅碳负极的性能有显著影响。
9.锂离子电池用高性能碳导电添加剂进展
- Hanwei Lei;Pete Laxton;Andriy Korchev;Aurelien DuPasquier;Michael Shen;Miodrag Oljaca
- 《CIBF2018国际先进电池前沿技术研讨会》 | 2018年
摘要：Cabot has unique technology to control properties of conductive carbon materials,with global supply capabilities to address the demanding needs of battery industry。Cabot LITX offers improved performance, stability and manufacturing benefits for Liion batteries。Cabot’s additives can also be incorporated in dispersions for ease of use, including water-based slurry processing。Cabot has assets, knowhow, management processes and SH&E controls to ensure reliable supply of materials for Liion batteries。
10.锂电板块业务及建设模式介绍
- 常州百利锂电智慧工厂有限公司
- 《CIBF2018国际先进电池前沿技术研讨会》 | 2018年
摘要：本文阐述了锂电板块业务及建设模式，提出了EPC建设模式，配料精确，自动化程度高，材料成品质量稳定，关键的耗能设备采用特殊结构，降低能耗，节约成本，系统的多个单元设备可根据生产需要实现集成拆卸、满足新型材料厂家的规模化、定制化生产。
11.优化新能源汽车的热管理,提升汽车性能
- 《CIBF2018国际先进电池前沿技术研讨会》 | 2018年
摘要：本文阐述了优化新能源汽车的热管理,提升汽车性能，热管理材料有助于延长设备的生命周期，提高能量密度，帮助EVOEM实现减重和性能改善，目前市面上有多种热管理技术，导热垫片和导热填缝材料是最为流行的。
12.应用基于同步辐射的X射线散和吸收光谱以及TXM和TEM成像技术研究新型可充电电池正极材料
- Enyuan Hu;Xiao-Qing Yang;Jue Liu;Seong-Min Bak;Ruoqian Lin;Zulipiya Shadike;Hung-Sui Lee;Xuelong Wang;Huolin Xin;Yijin Liu;Xiqian Yu;Xuejie Huang;Hong Li
- 《CIBF2018国际先进电池前沿技术研讨会》 | 2018年
摘要：To study a complicated system like NMC622, we need PDF for local probe。Thanks to neutron’s high sensitivity to oxygen, we were able to track theevolution of oxygen-oxygen distance during deep delithiation (0.83 Liextracted). The shortest distance observed was 2.54 , far from the distancein peroxo-like species.NMC622 has great structural stability, highly reversible structural change even for high voltage; little if any oxygen release. Stacking faults occur at highvoltage charging; Strain, or inhomogeneity builds up upon cycling.