彭鹏 - 石墨烯大会

演讲嘉宾-彭鹏

彭鹏
常州二维碳素科技有限公司副总裁

Richard is Chairman, President and CEO of SuperC Technology Limited. Richard received his B.S. degree in Materials Science at Anhui University of Technology in 1982 and M.S. degree in Materials Science at Beijing University of Science & Technology in 1985. Richard was hired as a research engineer at Beijing Research Institute of Iron and Steel (BRIIS) until 1988. He received his Ph.D degree in Solid State Physics at Copenhagen University in Denmark in 1991.

Thereafter, Richard started his industrial R&D life as a Senior Scientist at NKT A/S, Denmark, and the Corporate Fellow at American Superconductor Corporation (AMSC: a MIT spinoff company) in MA, US since 1993. He gained six year experiences in tribology, wear, friction, erosion, corrosion, electrochemistry of metallic materials during Master degree study and BRIIS tenure. Richard also worked on few metallic glass materials for three years as a Ph.D candidate. During his 13 years NKT and AMSC tenure, he becomes a distinguished scientist in high temperature superconductor industrial research community in US and Europe.

Since 2003, Richard started to transform his career to be an entrepreneur. He started as a corporate advisor for few companies including A123 Systems Inc: A MIT spin off company in Li-ion battery, and Taiwan NeoSolar Corporation: A largest solar cell manufacture in Taiwan.

In 2005, he started his carbon nanotube venture as a visiting Professor at Tsinghua University. He founded a holding company (CNano Group Ltd.) in 2006, and rose A and B round funding from US and Taiwanese VCs. In 2007, he founded CNano Technology Ltd and Beijing CNano subsidiary. He was the Managing Director, President and CTO of CNano. He led the team not only built the world largest CNT plant and also developed first CNT dispersed paste for Li-ion battery applications.

In 2011, Richard founded SuperC Technology Ltd. and rose A round funding. In 2012, SuperC incorporated a China subsidiary in Guangdong. SuperC is aimed to be the leading company in graphene production and applications. Within less than two years, Richard led SuperC team built two production lines with world largest annual production capacity and developed more than 20 application products in polymer composites, advanced paints, and energy storage systems. Richard is now as the Chairman of the Board, President and CEO of SuperC.

Richard's research interests include Graphene & carbon nanotubes; energy storage materials; graphene and CNT applications. Through his 32 years career, Richard holds more than 40 patents and over 60 publications.

Richard has received many awards, including US DOE Award for High Temperature Superconductor Wire Development (2000) and AMSC President Award (1996).

演讲题目：The Application of CVD Graphene Films in Touch Screen: Commercialization Progress, Prospects and Cha

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内容摘要

As one of the first a few startup companies of the graphene industry,, 2D Carbon Tech Co. is specialized in the R&D, large-scale manufacturing, and the marketing of CVD graphene films and graphene-based transparent conductors & touch panels. The commercialization progress of CVD graphene film by 2D Carbon will be introduced in this presentation. The application of graphene film as the transparent conductive electrode on touch screens is considered the most important direction for graphene film commercialization. Such graphene film has to satisfy a series of transparent conductive film material requirements for touch screens. These requirements will be summarized, and the main challenges of its application in touch screens will be discussed in this presentation.

Symposium D2: Lithium Ion Cell

4I-005 (TU1.501)

Status and Challenge of Graphene Application in Li-ion Batteries

Richard Q. Li, Zhaoping Li and Tao Lv

SuperC Technology Ltd., China

Abstract: Status of few layer graphene (FLG) applications in Li-ion batteries including 3C, energy storage, EV, and HEV is summarized. The challenges or limitations of graphene are identified to be not only long adoption of new technology, and also the property anisotropic nature (similar to carbon nanotube - CNT and graphite), and possibly blocking ionic conduction due to the 2D geometry.

The very early stage of FLG applications can be categorized into three major areas: 1) as electrical or thermal conductive fillers in all types of cathode electrodes, or possibly in graphite anode; 2) as an interfacial buffer layer coated onto Al current collector (Cathode) and possibly on Cu current collector (Anode); 3) Possibly as high capacity anode materials mixed with Si.

SuperC FLG in all electrode systems (LCO, LFP, and NCM) shows lower percolation threshold than CNT, and thus leads to ultra-low loading in the electrodes. This improves battery performances and reduces costs.