| Area3. Thin film compound semiconductor solar cells |
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| 6-Nov-23 |
| Area3 3MoO1 |
| Time | Topic | Name | Unit | Title |
| Host：Zhiqiang Li |
| Invited Presentation | 16:25 | Suppress band tailing of pure sulfide kesterite solar cell through solution cadmium alloying | Hao Xin | Nanjing University of Posts and Telecommunications | Professor |
| Oral Presentation | 16:45 | Ink formulation and printing of Cu2ZnSn(S,Se)4 thin film solar cells | Xianzhong Lin | Sun Yat-sen University | Professor |
| Oral Presentation | 17:00 | KEY ASPECTS FOR A HIGH EFFICIENCY KESTERITE SOLAR CELL BASELINE PRODUCTION | Alex Jimenez Arguijo | Fundació Institut de Recerca Energética de Catalunya (IREC) | PhD Student |
| Oral Presentation | 17:15 | Over 11% efficiency Cd-free high bandgap Cu2ZnSnS4 solar cells enabled by bulk and interface engineering | Ao Wang | University of New South Wales | Student |
| Oral Presentation | 17:30 | 4.3% Efficient Kesterite Solar Cell Modules | Mingjun Yuan | Nanjing University of Posts and Telecommunications | Student |
| 7-Nov-23 |
| Area3 3TuO2 |
| Time | Topic | Name | Unit | Title |
| Host：Hao Xin |
| Invited Presentation | 10:10 | Exploring Emerging Chalcogenides in Thin Film and Perovskite Solar Cells | Lydia Helena Wong | National Technological University | Associate Professor |
| Oral Presentation | 10:30 | Controlling Selenization Equilibrium Enables High-Quality Kesterite Absorbers for Efficient Solar Cells | Yanhong Luo | Chinese Academy of Sciences | Professor |
| Oral Presentation | 10:45 | Revealing the role of Ag alloying in metal precursors in kesterite thin films and solar cells | Mingrui He | University of New South Wales | Research Fellow |
| Oral Presentation | 11:00 | 11.88% efficient flexible CZTSSe solar cell | Han Xu | Nankai University | Doctor |
| Oral Presentation | 11:15 | The role of grain boundaries in regulation of recombination in Cu2SnZn(S, Se)4 via in-situ sodium doping | Liangzheng Dong | Singhua University | PhD Student |
| 7-Nov-23 |
| Area3 3TuO3 |
| Time | Topic | Name | Unit | Title |
| Host：Xianzhong Lin |
| Invited Presentation | 13:30 | Growth and High efficient thin film solar cells composed of earth abundant elements | Yi Zhang | Nankai University | Professor Director |
| Oral Presentation | 13:50 | The optoelectronic properties of I2-II-IV-VI4 type crystals | Jun Zhang | Lingnan Normal University | Director of Advanced Testing and Analysis Center |
| Oral Presentation | 14:05 | High-efficiency Cu2ZnSn(S,Se)4 solar cells by electrostatic spraying | Jiangjian Shi | Institute of Physics CAS | Associate research fellow |
| Oral Presentation | 14:20 | Boosting Kesterite Solar Cell Efficiency through Molecular Ink-based Lithium Doping and Alloying | Yuancai Gong | Universitat Politecnica de Catalunya | Postdoctoral |
| Oral Presentation | 14:35 | Fabrication of high-efficiency Sb2(S,Se)3 solar cell via sputtering and post-selenization/sulfurization: influence of S/(S+Se) ratio | Yu-Jen Hung | National Changhua University of Education | Ph.D Student |
| 7-Nov-23 |
| Area3 3TuO4 |
| Time | Topic | Name | Unit | Title |
| Host：Yi Zhang |
| Invited Presentation | 16:55 | 17.26% High Efficiency CdTe Solar Module (1.92m2) and the Roadmap to Achieve Above 18% Module Efficiency in China National Building Materials Group | Ganhua Fu | CTF Solar GmbH | Vice general manager |
| Invited Presentation | 17:15 | High-efficiency flexible Sb2Se3 solar cells by back interface and absorber bulk deep-level trap engineering | Zhiqiang Li | Hebei University | Professor |
| Oral Presentation | 17:35 | Full-inorganic Sb2S3 Photovoltaic Devices Based on Vacuum Method | Hui Deng | Fuzhou University | Associate professor |
| Oral Presentation | 17:50 | Band Gap and Defect Engineering for High-Performance Cadmium-free Sb2(S,Se)3 Solar Cells and Modules | Cong Liu | Guangxi University | Student |
| Oral Presentation | 18:05 | High Efficiency Bifacial and Semitransparent Sb2(S,Se)3 Solar Cells | Kaiwen Sun | University of New South Wales | Senior Lecturer |
| 9-Nov-23 |
| Area3 3TuO5 |
| Time | Topic | Name | Unit | Title |
| Host：Wei Liu |
| Invited Presentation | 10:15 | CdTe Thin Film Solar Cells with Efficiency Exceeding 20% | Kai Shen | Jinan University | Associate Professor |
| Oral Presentation | 10:35 | 20%-Efficient CdTe Thin Film Solar Cells with Gradient Band Alignment at the Front Interface | Dengbing Li | Soochow University | Professor |
| Oral Presentation | 10:50 | Development of CuSbSe2 Photovoltaic Absorb Layer for Thin Film Solar Cells | Lei Wan | Hefei University of Technology | Associate Professor |
| Oral Presentation | 11:05 | Tailoring the carrier transport in the Sb2Se3 solar cell via modifying oxygen content at the heterojunction interface | Zixiu Cao | Nankai university | PhD Student |
| Oral Presentation | 11:20 | Systematic Analysis of Ag Addition Effects on Bulk and Interface Properties in CIGSe Solar Cells | Yosuke Abe | Tokyo Institute of Technology | Master Student |
| 9-Nov-23 |
| Area3 3ThO6 |
| Time | Topic | Name | Unit | Title |
| Host：Kai Shen |
| Invited Presentation | 13:30 | Effect of high-temperature CdSe process on the properties of MZO layer | Anhong Hu | Advanced Solar Power (Hang Zhou) Inc. | R&D Vice Director |
| Oral Presentation | 13:50 | Improved Performance of Low-temperature Cu(In,Ga)Se2 Solar cells: Synergistic effects of Ag Modification and Na post-treatment | Jingyi Ma | Nankai university | Doctor |
| Oral Presentation | 14:05 | High-efficiency flexible CIGS solar cells achieved by NaF incorporation and active tuning of Ga grading | Weimin Li | Shenzhen Institute of Advanced Technology,Chinese Academy of Sciences | Associate Professor |
| Oral Presentation | 14:20 | Cu(In,Ga)Se2 growth on patterned substrates | Ricardo Poeira | University of Luxembourg | Doctoral Researcher |
| 10-Nov-23 |
| Area3 3ThO7 |
| Time | Topic | Name | Unit | Title |
| Host：Jianjun Li，Taowen Wang |
| Invited Presentation | 8:30 | Classification of defect-mediated interfacial recombination for emerging heterojunction solar cells | Jianjun Li | LONGi Central R&D Institute | Technology Expert |
| Oral Presentation | 8:50 | Grain boundaries are not the source for Urbach tails in Cu(In,Ga)Se2 | Sevan Gharabeiki | Unuversity of Luxembourg | Doctoral Researcher |
| Oral Presentation | 9:05 | Development of In2S3 buffer layer for Cu(In,Ga)Se2 solar cells by open-air CVD method | Akihiro Funaki | Tokyo Institute of Technology | 1st year doctoral Student |
| Oral Presentation | 9:20 | Advancing Solar Cell Technology: High-Efficiency Sub-Micron Cu(In,Ga)Se2 Solar Cell with Enhanced Hole Selective Transport Structure | Taowen Wang | University of Luxembourg | PhD |
| Oral Presentation | 9:35 | Towards substrate-independent and highly efficient (Ag,Cu)InSe2 solar cells | Maximilian Krause | EMPA | PhD Student |
| 10-Nov-23 |
| Area3 3ThO8 |
| Time | Topic | Name | Unit | Title |
| Host：Weimin Li |
| Invited Presentation | 8:30 | High Efficiency Flexible Chalcopyrite Solar Cells with Narrow-Gap Absorber for Tandem Applications | Hiroki Sugimoto | PXP Corporation | Director / CTO |
| Oral Presentation | 8:50 | Small Negative Effect of Domain Boundary on Carrier Lifetime of BaSi2 Absorber Films | Kosuke O. Hara | University of Yamanashi | Associate Professor |
| Oral Presentation | 9:05 | Ag-alloyed wide bandgap chalcopyrite solar cells with Zn(O,S) buffer layers. | SATEESH PRATHAPANI | Helmholtz-Zentrum Berlin | Postdoc |
| Oral Presentation | 9:20 | Control of hole concentration of B implanted sputter-deposited BaSi2 films by post annealing and its solar cell application | Takumi Sato | University of Tsukuba | Student |
| Oral Presentation | 9:35 | Molecular Beam Epitaxy Deposition of ZnSnP2 Absorbing Layer under Laser Irradiation | Isshin Sumiyoshi | Kyoto University | Student |
