Area5. Materials, cells and modules of crystalline Silicon PV | |||||
6-Nov-23 | |||||
Area5 (HJT)5MoO1 | |||||
Time | Topic | Name | Unit | Title | |
Host:Zhengxin Liu | |||||
Invited Presentation | 13:30 | The Progress of HJT solar cell in China | Wenjing Wang | Anhui Huasun Energy Co., Ltd | CTO |
Invited Presentation | 13:50 | Connecting the dots: sputter damage, UV degradation and light soaking in silicon heterojunction solar cell. | Kaining Ding | Forschungszentrum Jülich GmbH | Head of silicon heterojunction solar cell and module department, IEK-5 |
Invited Presentation | 14:10 | Effective boron doping of LPCVD deposited intrinsic silicon intrinsic silicon | Xiajie Meng | Tongwei solar (Chengdu) Co. Ltd | Deputy Director |
Oral Presentation | 14:30 | Over 26% Record Efficiency for Heterojunction Solar Cells on Very-thin Silicon Wafer | Xiaoning Ru | LONGi Green Energy Technology Co., Ltd. | technical expert |
Oral Presentation | 14:45 | Indium-free silicon heterojunction solar cells over 26% conversion efficiency for massive production | Shi Yin | LONGi Green Energy Technology Co., Ltd. | Senior R&D Chief Engineer |
6-Nov-23 | |||||
Area5 (HJT)5MoO2 | |||||
Time | Topic | Name | Unit | Title | |
Host:Dengyuan Song | |||||
Invited Presentation | 15:15 | Conductive copper pastes for PV metallization | Ofer Shochet | Copprint Technologies Ltd. | CEO and Co-Founder |
Invited Presentation | 15:35 | Transparent Silicon Heterojunction Solar Cells | Kwangyong Seo | UNIST | Professor |
Oral Presentation | 15:55 | The dopant content of hydrogenated amorphous silicon obtained through optical constant | Zhenfei Li | Shanghai Institute of Microsystem and Information Technology | Postdoctor |
Oral Presentation | 16:10 | Gradient Zn(O,S)/Mg electron selective heterocontact and as a conductive back layer for HJT solar cells | Junfeng Zhao | Nankai University | Student |
Oral Presentation | 16:25 | The effect of surface electric fields on the light soaking enhancement of silicon heterojunction solar cells | Donghao Liu | Department of Materials, University of Oxford | Ph.D Student |
6-Nov-23 | |||||
Area5 (HJT)5MoO3 | |||||
Time | Topic | Name | Unit | Title | |
Host:Wenjing Wang | |||||
Invited Presentation | 16:55 | Flexible crystalline silicon solar cell | Shenglei Huang | Chinese Academy of Sciences Shanghai Microsystem | Doctoral Student |
Oral Presentation | 17:15 | Rapid illuminated annealing process to improve the efficiency of silicon heterojunction solar cells | KRISHNA SINGH | SERIS | Research Fellow |
Oral Presentation | 17:30 | Disruption of Si–H bonds by short wavelength photons and its impact on the performance of silicon solar cells and modules | Jian Yu | Southwest Petroleum University | Doctor |
Oral Presentation | 17:45 | Light-induced Performance Changes of Transparent Passivating Contacts Solar Cells: Light Soaking Gains and UV Degradation | Binbin Xu | Research center Jülich | PhD Candidate |
Oral Presentation | 18:00 | A Stability Study of Silicon Heterojunction Solar Cells Exposed to Ultraviolet Light | Jinli Yang | Chinese Academy of Sciences | Student |
7-Nov-23 | |||||
Area5 (HJT)5TuO4 | |||||
Time | Topic | Name | Unit | Title | |
Host:Olindo Isabella | |||||
Invited Presentation | 8:30 | Quality Risks of New PV Cell Technologies: TOPCon and HJT | Bram Hoex | University of New South Wales, Sydney | Professor |
Oral Presentation | 8:50 | Bayesian optimization of carrier selectivity of p-type silicon nano-crystal/silicon oxide compound layer | Kazushi Mizutani | Nagoya University | Professor |
Oral Presentation | 9:05 | The influence of light-heat treatment on dark-state degradation of SHJ solar cells | Shangzhi Cheng | IEE, CAS & Anhui Huasun Energy Co., Ltd | Intern at Huasun Technology R&D Center |
Oral Presentation | 9:20 | Characterisation of Passivating Contacts using Time-Of-Flight Elastic Recoil Detection Analysis | Yifu Shi | University of Oxford | Phd Student |
Oral Presentation | 9:35 | Transparent conductive GZO thin films grown by reactive plasma deposition for silicon heterojunction solar cells | Xiaofeng Wang | Nankai University | Student |
7-Nov-23 | |||||
Area5 5TuO5 | |||||
Time | Topic | Name | Unit | Title | |
Host: Kaining Ding | |||||
Invited Presentation | 10:05 | Photoluminescence imaging applications across the PV value chain: from ingots to systems | Thorsten Trupke | University of New South Wales, Australia | Professor |
Oral Presentation | 10:25 | Investigation on Light-induced Microstructure Stability of p-type Microcrystalline Silicon for Improving Performance of HJT solar cells | Honghua Zhang | Shanghai Institute of Microsystem and Information Technology Chinese Academy of Sciences | Postgraduate |
Oral Presentation | 10:40 | Impact of DC Power on Passivation Quality of Intrinsic Amorphous Silicon Deposited by Facing Target Sputtering | Li ShaSha | Tokyo Institute of Technology | Student |
Oral Presentation | 10:55 | Transparent-Conductive-Oxide- and Dopant-Free Crystalline Silicon Heterojunction Solar Cells with Efficiency of 22.9% | Haihuai Cai | Sun Yat-sen University | Postgraduate |
Oral Presentation | 11:10 | Analysis of carrier transport mechanisms of p-contacts in p- and n-type SHJ devices | Jiajun Shen | Sun Yat-sen University | Phd Student |
Oral Presentation | 11:25 | Optimization of a-Si:H/Si passivation contact interface structure by machine learning potential molecular dynamics simulations | Ryoji Asahi | Nagoya University | Professor |
7-Nov-23 | |||||
Area5 (Topcon)5TuO6 | |||||
Time | Topic | Name | Unit | Title | |
Host:Jichun Ye | |||||
Invited Presentation | 13:30 | N-type i-TOPCon Advanced Technology and Photovoltaic Technology trends | Zhiqiang Feng | Trina Solar, State Key Laboratory of PV Science and Technology | Vice-President |
Invited Presentation | 13:50 | Technical Progress in Perovskite/ TOPCon Tandem Solar Cell Technology | Xinyu Zhang | Jinko Solar Co., Ltd. | R&D Deputy GM |
Invited Presentation | 14:10 | Recent development, challenges, and future strategies of TOPCon solar-cell technologies | Jichun Ye | Ningbo Institute of Materials Technology & Engineering (NIMTE) | Professor |
Invited Presentation | 14:30 | Serving Terawatt PV Market with Gigawatt Machines: High Capacity PVD Solutions Used in Mass Production of High Efficiency Solar Cells | Zhenhao Zhang | VON ARDENNE Vacuum Equipment (Shanghai) Co. Ltd. | General Manager |
Oral Presentation | 14:50 | Application of dual-layer polysilicon deposited by PECVD in n-type TOPCon solar cells | Dong Ding | Shanghai Jiao Tong University | Research Associate |
7-Nov-23 | |||||
Area5 (Topcon)5TuO7 | |||||
Time | Topic | Name | Unit | Title | |
Host:Zhiqiang Feng | |||||
Invited Presentation | 15:20 | Transport and passivation mechanisms for high efficiency silicon solar cells | Paul Procel Moya | Delft University of Technology | Researcher |
Invited Presentation | 15:40 | High Temperature Passivated Contact Solutions for Solar Cell Mass Production | Zhang Wu | LAPLACE Renewable Energy Technology Co., Ltd. | Vice General Manager |
Invited Presentation | 16:00 | Charged Up Solar Cells: The Role of Interface Electric Fields in Silicon Photovoltaic Technology | Sebastian Bonilla | University of Oxford | Associate Professor of Materials |
Invited Presentation | 16:20 | Excellent surface passivation of boron-doped polysilicon passivated contact featured with an iVoc of ~740 mV and a single-sided J0, s of ~ 4.0 fA/cm2 | Yuheng Zeng | Ningbo Institute of Materials Technology & Engineering, Chinese Academy of Sciences | Staff |
Oral Presentation | 16:40 | Application of plasma immersion ion implantation technics to TOPCon solar cells | Noboru Yamaguchi | Tokyo Institute of Technology / ULVAC, inc. | Student / Project Leader |
Oral Presentation | 16:55 | Ex-situ Phosphorus-doped Poly-Si Passivating Contacts for High Efficiency Solar Cells via Sputtering | Thien Truong | The Australian National University | Research Fellow |
Oral Presentation | 17:10 | Passivation enhancement mechanism of TiOx/c-Si heterostructures prepared by atomic layer deposition | Yuto Michishita | Nagoya University Graduate School of Engineering | Student |
Oral Presentation | 17:25 | Compensating Cutting Losses by Passivation Solution for Industry Upgradation of TOPCon and SHJ Solar Cells | Xuning Zhang | Hebei Key Lab of Optic-Electronic Information and Materials College of Physics Science and Technology Hebei University | Associate Researcher |
9-Nov-23 | |||||
Area5 (BC)5ThO8 | |||||
Time | Topic | Name | Unit | Title | |
Host:Jian Sheng | |||||
Invited Presentation | 8:30 | Analysis of Heterojunction Back Contact (HBC) Solar Cell Industrialization Technology Route | Rui Jia | Institute of Microelectronics of The Chinese Academy of Sciences | Professor |
Invited Presentation | 8:50 | TBD | Christian Peter | Solarlab Aiko Europe | Managing Director |
Invited Presentation | 9:10 | LONGi High-Efficiency Hybrid Passivated Back Contact (HPBC) Solar Cell R&D and Industrial Application Progress | Heng Sun | LONGi Central R&D Institute | R&D Chief Engineer |
Invited Presentation | 9:30 | Development of Mass- Production- Ready Hybrid BC Solar Cell Technology | Jinyan Zhang | Gold Stone (Fujian)Energy Company Limited | |
Oral Presentation | 9:50 | Copper and Aluminum Screen Printed Contacts for IBC Solar Cell Technology for a Sustainable 1TW Photovoltaic Market | Radovan Kopecek | ISC Konstanz | Director |
9-Nov-23 | |||||
Area5 (电极技术)5ThO9 | |||||
Time | Topic | Name | Unit | Title | |
Host:Rui Jia | |||||
Invited Presentation | 10:20 | Implementing a self-passivated aluminum masking layer for a cost-effective approach to substitute silver with copper electroplating for the metallization of SHJ solar cells | Leonard Tutsch | PV2+ GmbH | CTO |
Invited Presentation | 10:40 | Formation of n+ Silicon Layer by Screen-Printing Aluminum Paste: A Novel Technique | Marwan Dhamrin | Osaka University/ Toyo Aluminium K.K. | S.A. Professor / Senior Specialist |
Invited Presentation | 11:00 | "Flashboard": Automated Analysis of Solar Cell Production Data based on Machine Learning and Simulation | Sven Wasmer | WAVELABS Solar Metrology Systems GmbH | Data Scientist |
Oral Presentation | 11:20 | Interfacial Engineering and Capping of Vanadium Oxide Hole Transport Layers For Silicon Solar Cells | Yap Qi Jia | Solar Energy Research Institute of Singapore, National University of Singapore | PhD Student |
Oral Presentation | 11:35 | Self-Aligned Laser Opening and Stencil Metallisation for Silver-Free Contacts in Silicon Solar Cells | Yuelin Xiong | University of Oxford | Student |
Oral Presentation | 11:50 | Minimizing errors in testing of reduced-silver metallization schemes for TOPCon solar cells | Zongtao Liu | University of Oxford | Postdoctoral Researcher |
9-Nov-23 | |||||
Area5 (硅材料和硅片)5ThO10 | |||||
Time | Topic | Name | Unit | Title | |
Host:Xuegong Yu | |||||
Invited Presentation | 13:30 | Defect Control In Cast Monocrystalline Silicon | Shuai Yuan | Zhejiang University | Tenure Track Researcher |
Invited Presentation | 13:50 | Pioneering R&D for Ga-doped Si solar cells for terrestrial and space applications | Masafumi Yamaguchi | Toyota Technological Institute | Professor Emeritus, Invited Research Fellow |
Oral Presentation | 14:10 | Research Progress on Thin Crystalline Silicon Solar Cells | Ying Xu | Hebei University | Professor |
Oral Presentation | 14:25 | 3D-curved crystalline Si modules: Size, Stress, Mismatching loss, and Coverage loss | Kenji Araki | University of Miyazaki | Distinguished Professor |
Oral Presentation | 14:40 | Atomic-Layer-Deposited Zinc Oxide As Electron‐Selective Contact For Bifacial Crystalline Silicon Solar Cells With Bifaciality Factor of 96.3% | Anzhi Xie | Sun Yat-sen University | Student |
9-Nov-23 | |||||
Area5 (组件)5ThO11 | |||||
Time | Topic | Name | Unit | Title | |
Host:Masafumi Yamaguchi | |||||
Invited Presentation | 15:10 | Multilayer Antireflection Coating for Solar Module Glass | Ning Song | UNSW Sydney | Lecturer |
Invited Presentation | 15:30 | Some advances of single crystal growth technology of silicon for solar cells | Lijun Liu | Xi'an Jiaotong University | Professor |
Oral Presentation | 15:50 | Analysis of carrier induced degradation exhibited on a silicon wafer via hydrogen and emitter dopant complex | MyeongSeob Sim | Korea University | Seoul |
Oral Presentation | 16:05 | Extraction of dark characteristic parameters of solar cells and PV modules by combining an intelligent optimization algorithm with the I-V characteristic equations | Bin Ai | Sun Yat-sen University | Professor |
Oral Presentation | 16:20 | Charged oxide inversion layer solar cell with fabrication temperature below 500 ºC | Jingyan Chen | University of Oxford | PhD Student |
9-Nov-23 | |||||
Area5 (硅材料)5ThO12 | |||||
Time | Topic | Name | Unit | Title | |
Host:Pierre J. Verlinden | |||||
Invited Presentation | 16:50 | Approaches towards transparent polysilicon passivated contacts | James Bullock | The University of Melbourne | Head, Electronic Materials and Devices Group |
Invited Presentation | 17:10 | New mechanism and applications of interface passivation in solar cells | Jianhui Chen | Hebei University | PI, Deputy Director in Province-Ministry Co-Construction Collaborative Innovation Center of Photovoltaic Technology |
Oral Presentation | 17:30 | Phosphorus- and Boron-Doped Poly-Si/SiOx Passivating Contacts via Inkjet Printing | Jiali Wang | Australian National University | PhD Student |
Oral Presentation | 17:45 | Three dimensional DLTS analysis using machine learning for evaluating process-induced defects in crystal Si solar cells | Yoshio Ohshita | Toyota Technological Institute | Professor |
Oral Presentation | 18:00 | Influence of surface contaminating elements on crystalline Si solar-cell surfaces on potential-induced degradation | Yiming Qin | Niigata University | Student |
Oral Presentation | 18:15 | Is There Enough Low-Iron Sand for TW PV Growth? | Tamal Chowdhury | UNSW | PhD Student |
10-Nov-23 | |||||
Area5 5FrO13 | |||||
Time | Topic | Name | Unit | Title | |
Host:Wenzhu Liu | |||||
Invited Presentation | 8:30 | Green Solar Wafers | Frank Siebke | NexWafe GmbH | SVP Strategic Business Development |
Invited Presentation | 8:50 | Plasma-Assisted Epitaxially Grown Silicon with Tunable Porosity for Photovoltaic Applications and Beyond | Joon-Ho Oh | Korea Institute of Energy Research (KIER) | Principal Researcher |
Oral Presentation | 9:10 | SiO2/SiNx protection layers for high Voc silicon solar cells by preventing minority-carrier lifetime degradation during molecular beam epitaxy growth | Eunkyo Ju | Korea institute of science and technology | Student Researcher |
Oral Presentation | 9:25 | Supersaturated carbon in photovoltaic czochralski silicon | Zhenchao Hong | State Key Laboratory of Silicon and Advanced Semiconductor Materials | Student |
Oral Presentation | 9:40 | High-mobility Cerium-doped Indium Oxide and the Impact of Its Thickness-dependence in SHJ Solar Cells | Zhibin Liu | Sun Yat-sen University |
China Renewable Energy Society
China Renewble Energy Society PV Committee
Address: 6 North Ertiao, Zhongguancun, Haidian District, Beijing
Phone: 010-82547025
E-mail: cres-pv@mail.iee.ac.cn
Do you have any open question?
Click on feedbacks to contact us.