PVSEC-29距离开幕倒计时25天,小编为大家奉上第五分会场“ III-V 族化合物半导体、聚光器、空间光伏技术 ”的详细安排。
分会场主席 陈诺夫
华北电力大学可再生能源学院教授,享受国务院政府特殊津贴,博士生导师,学科专长为半导体材料与器件。研究领域:高效太阳能电池和模块、III-V复合半导体的生长与表征、半导体空间生长。曾获1993年度、1994年度天津市优秀教师,天津市总工会“八五”立功奖章。
分会场主席 孙强
III-V太阳能电池研究组主任。在III-V空间太阳能电池的研究和生产方面有28年的经验。
分会场主席 Nicholas Ekins-Daukes
Ned’s research interest is to find ways to fundamentally increase the efficiency of photovoltaic solar cells towards the ultimate efficiency limit for solar power conversion of 87%. He has contributed towards III-V multi-junction solar cells, intermediate band and hot carrier devices with a particular emphasis on the use of nanostructures in photovoltaic devices. From 2008-2017, Ned worked in the Physics department at Imperial College London and prior to that at the School of Physics at the University of Sydney. From 2003-06 he was a JSPS research fellow at the Toyota Technological Institute, Japan. Ned holds a PhD and MSc from Imperial College and MSci in Physics & Electronics from the University of St Andrews.
第五分会场(暂定日程)
第一时段(session 1):November 6th 8:30~10:00
邀请报告
8:30-8:50 Seth Hubbard, Rochester Institute of Technology
报告主题: Development of nanostructures and light management strategies for radiation hard multi-junction solar cells
8:50-9:10 He Wang, Tianjin Institute of Power Source Senior Engineer
报告主题: High Efficiency Solar Cells for SpaceApplication
He Wang received his phD degree of Micro-electronics and solid-electronics in Nankai University in 2011. Currently, he is working in Tianjin Institute of Power Source as the senior engineer. His present research interest mainly focused on the development of compound semiconductor material and device, especially interesting in III-V multijunction solar cells and CIGS thin film solar cell. He is the project leader of the Electronic Component Advance Research Project- High Efficiency Solar Cells for Space Application (41421010101) and the National Nature Science Foundation of China (61404118). He is also engaged in the technique of mini power source.
口头报告
9:10-9:25 Michihiko Takase, Panasonic Corporation
报告主题: Towards Scaling-Up of Plastic Integrated CPV (PIC) Panels: Status, Challenges and Prospects
9:25-9:40 Ian Cooper, Alta Devices
报告主题: Low-Mass, Flexible Thin Film III-V PV Cells & Modules for Low Earth Orbit Applications
9:40-9:55 Wu Yiyong, Harbin Institute of Technology
报告主题: The degradation of III-V multijunction solar cells under non-uniform radiation damages
9:55-10:10 Nastaran Hayati-Roodbari , Joanneum Research Forschungsges. mbH
报告主题: Scalable and low cost Back End Of Line (BEOL) technologies for development of III-V solar cells
第二时段(session 2):November 6th 10:30~12:00
邀请报告
10:30-10:50 Andrew Johnson, IQE Solar Business Unit Leader, PV Technology Director
口头报告
10:50-11:05 Hiroki Tawa, Faculty of Engineering, University of Miyazaki
报告主题: A spectrum-energy model for annual yield estimation of 2- and 4-terminal tandem solar cells
11:05-11:20 Meng Chen, North China Electric Power University
报告主题: Characteristics of Ge/Si1-xGex Film Grown on Si Substrate with Cut-off Angle
11:20-11:35 Masahiro Nakahara, Toyo Aluminium K.K. Shiga, Japan
报告主题: Silicon based alloy semiconductors fabrication by Screen-Printing
11:35-11:50 Quanli Tao, North China Electric Power University
报告主题: A novel model of GaInP/InGaAs/GeSi triple junction solar cells
11:50-12:05 Kenji Araki, Toyota Technological Institute
报告主题: Can We Break the 43 % Limit of the Annual Average Efficiency (non-concentration)?
第三时段(session 2):November 8th 8:30~10:00
邀请报告
8:30-8:50 Nicholas Ekins-Daukes , UNSW Sydney
报告主题: Navigating the 1eV junction challenge with lattice-matched GaAs based multi-junction solar cells
8:50-9:10 Tu Jielei, YUNNAN NORMAL UNIVERSITY
报告主题: Progress in Industrialization of High Efficient Space GaAs Solar Cells in China
口头报告
9:10-9:25 Daisuke Sato, Toyota Technological Institute
报告主题: Potential of low-concentration static CPV module (tandem, flexible and high coverage to the 3-D curved surface) for car-roof application
9:25-9:40 Ryo Kozono, Osaka City University
报告主题: GaAs//Si Hybrid Double Junction Cells Fabricated by Direct Bonding of Epitaxially Lifted-Off GaAs Subcell Layers on PET Films
9:40-9:55 Gael Nardin, Insolight SA
报告主题: High-efficiency planar micro-tracking photovoltaic modules with hybrid III-V/Si architecture for space-constrained installations
9:55-10:10 Takafumi Fukutani, Department of Engineering, University of Tokyo
报告主题: Development of GaAs//InGaAs 2-junction solar cell with surface activated bonding
PVSEC-29 | “追剧”!第五分会场日程概览
未经允许不得转载:中国能源资讯网 » PVSEC-29 | “追剧”!第五分会场日程概览
相关推荐
- 光伏「周事迹」工信部召开光伏企业座谈会/山西分布式光伏新规/华电/华润/天合/通威/协鑫
- 通威创双面率新纪录:双面发电TOPCon技术再塑行业新标杆
- 四川省经信厅:积极引导企业加大光伏支架用耐候钢的研发
- 前沿光伏技术之激子倍增——让光生载流子倍增的太阳炼金术(一)
- 一图读懂爱旭ABC铜互连技术
- 澳洲加大能源转型刺激力度,太阳能电池补贴每户最高或超1.1万澳元
- 晋能科技异质结新型镜面化处理技术助力电池效率实现新突破
- TÜV莱茵光伏电池测试中心启用 助力行业技术创新与高质量发展
- N型引领 | 马丁格林实验室携手一道新能中央研究院,冲刺40%效率新突破
- 光伏「周事迹」四川、山东、福建分布式新规/上能电气/水电四局/云南能投/正泰/爱旭/极电/中信博
- 欧达光电荣获TÜV莱茵全球首批N型TOPCon双玻组件沙漠光伏认证&0BB技术认证
- 通威受邀参加“一带一路”国际技术转移案例分享及技术对接会
- ABC技术助力光伏产业迈向零碳未来
- 引领薄膜沉积创新 浙江晟霖益嘉锻造国产高端装备脊梁
- 重磅!隆基正式发布HIBC技术及其量产组件
- 25.5%!晶澳科技创TOPCon组件转换效率新纪录!
- 白马湖实验室钙钛矿太阳能电池同时刷新两项世界纪录
- 河北:支持民营企业公平参与风电光伏项目竞争性配置