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Program at a Glance
Orals
Posters
Side Events
- Tutorial
- Korea-Japan Workshop on PV Future Direction
- IEA/PVPS
- PV Industry forum
Floor Plan
Banquet
|
Orals
Area 1 : Crystalline Silicon Solar Cells and Technologies
| Presentation No. |
Abstract No. |
Corresponding author |
Title |
| CSI1: 11/9 (Mon) 16:00-17:45 |
Chair: JunSin Yi (Sungkyunkwan Univ.) |
| CSI1-I-1 |
CSI-I-05 |
Uwe Rau |
Generalized detailed balance theory of solar cells and applications to electroluminescence analysis of solar cells and solar modules |
| CSI1-I-2 |
|
Peter Fath |
New selective emitter technology for industrial silicon solar cell production |
| CSI1-O-2 |
CSI-O-18 |
Chel-Jong Choi |
Two-dimensional dopant distribution in textured crystalline silicon solars cell with n+/p junctions |
| CSI1-O-3 |
CSI-O-03 |
P. Rosenits |
DETERMINING THE EPITAXIAL CARRIER LIFETIME OF CRYSTALLINE SILICON THIN-FILM MATERIAL |
| CSI1-O-4 |
CSI-O-02 |
Takahiro Mishima |
Development Status of High efficiency HIT solar cells |
| CSI2: 11/10 (Tue) 14:00-15:30 |
Chair: EunChel Cho (Hyundai Heavy Inc.) |
| CSI2-I-1 |
CSI-I-04 |
Nils-Peter Harder |
Development of Back-Contacted Solar Cells at ISFH |
| CSI2-O-1 |
CSI-O-36 |
Dongchul Suh |
Industrial screen-printed metal wrap through multicrystalline silicon solar cells exceeding 17% efficiency |
| CSI2-O-2 |
CSI-O-35 |
YoungHo Choe |
High Efficiency Interdigitated Back Contact Si Solar Cell |
| CSI2-O-3 |
CSI-O-16 |
Machteld Lamers |
17+% BACK-CONTACTED CELLS RESULTING IN NEW WORLD RECORD MODULE EFFICIENCY OF 16.4% |
| CSI2-O-4 |
CSI-O-11 |
In-Sik Moon |
Optimization of the front side contact design for MWT (Metal Wrap Through) solar cells |
| CSI3: 11/10 (Tue) 16:00-17:30 |
Chair: Nils-Peter Harder (ISFH) |
| CSI3-I-1 |
CSI-I-03 |
Pierre Saint-Cast |
ADVANCE ANALYTICAL MODELS OF LOSSES CALCULATIONS ON PERC STRUCTURE |
| CSI3-O-1 |
CSI-O-43 |
Filip Granek |
First results with combining Laser Chemical Processing and Aerosol Jet Printing for high efficiency front side structures of silicon solar cells |
| CSI3-O-2 |
CSI-O-34 |
Nino Borojevic |
Development of Inkjet Texturing for Multicrystalline Silicon Laser Doped Selective Emitter Solar Cells |
| CSI3-O-3 |
CSI-O-33 |
Michael Reuter |
NOVEL PROCESS FOR FULL PASSIVATED BACK SIDE WITH LOCAL CONTACTS |
| CSI3-O-4 |
CSI-O-30 |
Homer Antoniadis |
Silicon Inkjet Printed 18% Solar Cells |
| CSI4: 11/11 (Wed) 11:00-12:30 |
Chair: Larry Wang (Evans Analytical Group) |
| CSI4-I-1 |
CSI-I-07 |
K. Baert |
A roadmap for crystalline Si solar cells |
| CSI4-O-1 |
CSI-O-45 |
Moon Hee Kang |
Understanding the high efficiency silicon solar cells fabricated with Silane-free PECVD SiCxNy as antireflection coating |
| CSI4-O-2 |
CSI-O-32 |
C. W. Liu |
Passivation of solar cell by Plasma Immersion Ion Implantation |
| CSI4-O-3 |
CSI-O-23 |
Stanley Wang |
THE USE OF PECVD SILICON OXYNITRIDE AS THE PASSIVATION LAYER FOR PHOSPHORUS DIFFUSED P-TYPE SUBSTRATES |
| CSI4-O-4 |
CSI-O-12 |
Yusuke Shirayanagi |
Investigation of SiOx:H films for using as rear side passivation layer of crystalline silicon solar cells |
| CSI5: 11/11 (Wed) 14:00-15:30 |
Chair: Kris Baert (IMEC) |
| CSI5-O-1 |
CSI-O-50 |
Marwan Dhamrin |
Acceptable Thresholds of Electrically Active Metal Impurities in Solar Grade Silicon |
| CSI5-O-2 |
CSI-O-48 |
Yasuaki Iwata |
Analysis of Interaction between Impurities and Structural Defects in Multicrystalline Silicon by Photoluminescence |
| CSI5-O-3 |
CSI-O-46 |
Marwan Dhamrin |
Impact of Nickel Impurity on Multicrystalline Silicon Solar Cell Performance; “How Much Nickel Can We Allow in Solar Grade Silicon?” |
| CSI5-O-4 |
CSI-O-28 |
Naohisa Iwamoto |
A Study on Fixed Abrasive Diamond Wire Saw Slicing of mono- and multi-crystalline Silicon Ingots for Photovoltaic Applications |
| CSI5-O-5 |
CSI-O-27 |
Larry Wang |
SOLAR GRADE Si IMPURITY EVALUATION USING GDMS AND SIMS |
| CSI5-O-6 |
CSI-O-22 |
Tadashi Saitoh |
Status and Expectation of Multi-wire Slicing using Diamond-fixed Abrasives for Cost-effective c-Si Solar Cells |
| CSI6: 11/12 (Thu) 11:00-12:30 |
Chair: Deren Yang (Zhejiang University) |
| CSI6-O-1 |
CSI-O-42 |
Chun Gong |
Another approach to form p+ emitter for Cz rear junction n-type solar cells: above 17% efficiency cells with CVD boron-doped epitaxial emitter |
| CSI6-O-2 |
CSI-O-17 |
BT Chan |
Reducing surface reflectivity below 8% by nano-features on random pyramid textured silicon wafer |
| CSI6-O-3 |
CSI-O-15 |
Yu Qiu |
N-Type Thin-Film Polycrystalline-Silicon Solar Cells Based on SEEDLAYER OVERDOPING AND LPCVD ThICKENING |
| CSI6-O-4 |
CSI-O-10 |
Thipwan Fangsuwannarak |
Investigation of low temperature Al alloy infiltrating into SiNx/a-Si layer for effective rear localized contacts |
| CSI6-O-5 |
CSI-O-09 |
Hee Young Kim |
FLUIDIZED-BED SILICON DEPOSITION REACTOR WITH HIGH PRODUCTIVITY |
| CSI6-O-6 |
CSI-O-05 |
Deren Yang |
Copper precipitation in different defects density regions in multicrystalline silicon |
| CSI7: 11/12 (Thu) 14:00-15:30 |
Chair: DaeWon Kim (Hyosung Co.) |
| CSI7-I-1 |
CSI-I-01 |
Ronald A. Sinton |
Contactless Measurement of Carrier Lifetime on As-Grown or Shaped Ingots, Sections, and Blocks |
| CSI7-O-1 |
CSI-O-51 |
Sang Hyun Park |
Surface Passivation Characteristics of a-Si:H / c-Si depending on Interface Structures for High Efficiency Heterojunction Solar Cells |
| CSI7-O-2 |
CSI-O-37 |
Markus Glatthaar |
EVALUATION OF VOLTAGE CALIBRATED ELECTRO- AND PHOTOLUMINESCENCE IMAGES OF SILICON SOLAR CELLS |
| CSI7-O-3 |
CSI-O-21 |
Kentaro Kutsukake |
Quantitative Analysis of Defects and Microstructures in Si Multicrystals Using X-ray Diffraction |
| CSI7-O-4 |
CSI-O-19 |
Yoshio Ohshita |
Recombination velocities at grain boundaries in cast-grown polycrystalline silicon |
| CSI8: 11/12 (Thu) 16:00-17:30 |
Chair: Ronald Sinton (Sinton Instruments) |
| CSI8-I-1 |
CSI-I-06 |
Deren Yang |
GERMANIUM DOPED SILICON FOR SOLAR CELLS |
| CSI8-O-1 |
CSI-O-40 |
Takashi Ishihara |
Large Size Multi-Crystalline Silicon Solar Cells with Honeycomb Textured Surface and Point Contact toward Industrial Application |
| CSI8-O-2 |
CSI-O-29 |
Dong-Sing Wuu |
Processing Effects and Simulation Correlation in Silicon Back Contact Solar Cells |
| CSI8-O-3 |
CSI-O-13 |
Weiming Zhang |
Overcoming Road Blocks of High Sheet Emitter by Front Side Ag Paste Development and Implementation |
| CSI8-O-4 |
CSI-O-07 |
SACHIYO OOKA |
OVER 18% EFFICIENCY 100 MICROMETER THICK MULTI-CRYSTALLINE SILICON SOLAR CELL WITH SCREEN-PRINTED FRONT ELECTRODE |
Area 2 : Amorphous and Nano/Microcrystalline Silicon Based Solar Cells and Related Materials
| Presentation No. |
Abstract No. |
Corresponding author |
Title |
| ASI1: 11/9 (Mon) 16:00-17:30 |
Chair: Heon-Min Lee (LG) |
| ASI1-O-1 |
ASI-O-66 |
Channarong Piromjit |
ZnO interface layer and CO2 plasma treatment for improving efficiency of micromorph silicon solar cells |
| ASI1-O-2 |
ASI-O-68 |
Ji Eun Lee |
Analysis of ZnO:Al/buffer/p a-SiC:H interface properties for high efficiency a-Si:H based multi-junction solar cell applications |
| ASI1-O-3 |
ASI-O-63 |
Haijun Jia |
Highly-transparent textured Ga doped ZnO films with strong light trapping capability for thin film solar cells |
| ASI1-O-4 |
ASI-O-54 |
Kunio Masumo |
Characterization of W-texture SnO2:F TCO substrates by light scattering angle distribution measurement |
| ASI1-O-5 |
ASI-O-50 |
Hitoshi Sai |
Light trapping effect of front and rear textures in thin-film microcrystalline silicon solar cells |
| ASI1-O-6 |
ASI-O-21 |
Min-Koo Han |
Effect of ITO seed layer on ZnO:Al Transparent Conductive Oxide for thin film multi-junction silicon solar cells |
| ASI2: 11/10 (Tue) 11:00-12:30 |
Chair: R.E.I Schropp (Utrecht University) |
| ASI2-O-1 |
ASI-O-55 |
Keisuke Ohdaira |
Flash-lamp-crystallized Polycrystalline Silicon Films with Remarkably Long Minority Carrier Lifetimes |
| ASI2-O-2 |
ASI-O-19 |
Aswin Hongsingthong |
Preparation of ZnO thin films using MOCVD technique with H2O/D2O gas mixture |
| ASI2-O-3 |
ASI-O-18 |
Jakapan CHANTANA |
RELATIONSHIP BETWEEN IHα/(ISiH*)2 AND XC IN MICROCRYSTALLINE SILICON FILMS |
| ASI2-O-4 |
ASI-O-16 |
Jeong-Woo Lee |
Improvement of pin-type amorphous silicon solar cell performance by employing the structure of triple silicon carbide p-layers on Ga-doped ZnO film |
| ASI2-O-5 |
ASI-O-15 |
Yasushi Sobajima |
Control of Optoelrctronic Properties Using Optical Emission Spectroscopy During Film Growth of Microcrystalline Si |
| ASI2-O-6 |
ASI-O-12 |
Sheng-Hui Chen |
Hydrogen Concentration in Hydrogenated Silicon Thin Films Using Elastic Recoil Detection |
| ASI3: 11/10 (Tue) 14:00-15:30 |
Chair: Sheng-Hui Chen (National Central Univ.) |
| ASI3-I-1 |
ASI-I-13 |
R.E.I. Schropp |
Flexible thin film silicon single junction, tandem, and triple junction cells on stainless steel and plastic foil |
| ASI3-O-1 |
ASI-O-67 |
Udai P. Singh |
Recent Advances in Thin Film PV in India |
| ASI3-O-2 |
ASI-O-27 |
Ketut S. Astawa |
Effect of Loading on Long Term Performance of single Junction Amorphous Silicon Modules |
| ASI3-O-3 |
ASI-O-20 |
Atsushi Masuda |
Fabrication of flexible thin-film Si solar cells on textured polymer substrate |
| ASI3-O-4 |
ASI-O-17 |
Yasushi Sobajima |
EFFECT OF POST-DEPOSITION ANNEALING ON MICROCLYSTALLINE-SI SOLAR-CELL PERFORMANCE |
| ASI4: 11/10 (Tue) 16:00-17:30 |
Chair: Arvind Shah (University of Neuchatel) |
| ASI4-I-1 |
ASI-I-14 |
Reinhard Carius |
Recent developments at the Research Center Jülich towards cost effective thin film silicon solar cells |
| ASI4-O-1 |
ASI-O-58 |
Heon-Min Lee |
Annealing effect on surface passivation of a-Si:H/c-Si interface in terms of crystalline volume fraction |
| ASI4-O-2 |
ASI-O-43 |
Yoo Jin Lee |
Polycrystalline silicon thin film solar cells processed by SALD and MIC |
| ASI4-O-3 |
ASI-O-25 |
Shunsuke Kasashima |
Light Intensity Dependence of Amorphous Silicon Solar Cells |
| ASI4-O-4 |
ASI-O-05 |
Donghwan Kim |
A study of crystallinity in amorphous Si thin films for crystalline silicon heterojunction solar cells |
| ASI5: 11/11 (Wed) 14:00-15:30 |
Chair: Reinhard Carius (Utrecht University) |
| ASI5-I-1 |
ASI-I-05 |
Takuya Matsui |
Microcrystalline Si1-xGex thin film solar cells exhibiting large photocurrent densities |
| ASI5-O-1 |
ASI-O-34 |
Ihsanul Afdi Yunaz |
Wide-Gap a-SiC:H Solar Cells with High Light-Induced Stability |
| ASI5-O-2 |
ASI-O-24 |
Bohwan Park |
The process of an amorphous silicon germanium tandem module on a large area glass substrate |
| ASI5-O-3 |
ASI-O-23 |
Taweewat Krajangsang |
Effect of p-μc-SiO:H Layer on Performance of Hetero-Junction Microcrystalline Silicon Solar Cells |
| ASI5-O-4 |
ASI-O-22 |
Kobsak Sriprapha |
Development of thin film amorphous silicon oxide/microcrystalline silicon double-junction solar cells and their temperature dependence |
| ASI6: 11/11 (Wed) 16:00-17:30 |
Chair: Makoto Konagai (Tokyo Institute of Technology) |
| ASI6-I-1 |
ASI-I-07 |
Arvind Shah |
Thin-film silicon solar cells/modules : prospects and bottlenecks |
| ASI6-O-1 |
ASI-O-69 |
Se-Young Seo |
The implication of Si/Si3N4 superlattice films for high efficient thin film photovoltaic devices |
| ASI6-O-2 |
ASI-O-56 |
Andy Shang-Yuan Hsieh |
Investigation of Si/SiO2 multilayer structures with 2nm Si sublayer thickness by reactive magnetron sputtering for selective energy contacts |
| ASI6-O-3 |
ASI-O-52 |
Jung-Ho Lee |
Co-integration of Si nanowires and microwires for solarcell applications |
| ASI6-O-4 |
ASI-O-07 |
|
Cancelled |
| ASI7: 11/12 (Thu) 14:00-15:30 |
Chair: Michio Kondo (AIST) |
| ASI7-I-1 |
ASI-I-09 |
Nong-Moon Hwang |
Strategy of Deposition of Crystalline Silicon at Low Temperature for Solar Cell Applications Based on Two-Step Growth Mechanism of Chemical Vapor Deposition |
| ASI7-O-1 |
ASI-O-59 |
Mitsuoki Hishida |
Original Localized Plasma Confinement CVD Technology by Sanyo |
| ASI7-O-2 |
ASI-O-33 |
Xiaojing Hao |
Study on properties of si qds junction in oxide matrix for “all-silicon” tandem solar cells |
| ASI7-O-3 |
ASI-O-42 |
Dilip Chandra Ghimire |
Synthesis of Carbon Nanotubes and Nanofibers by DC-plasma CVD for Photovoltaic Purpose |
| ASI7-O-4 |
ASI-O-40 |
Nong-Moon Hwang |
Effect of electric bias on the deposition behavior of n-type microcrystalline silicon films prepared by hot-wire chemical vapor deposition |
| ASI8: 11/12 (Thu) 16:00-17:30 |
Chair: Nong-Moon Hwang (SNU) |
| ASI8-I-1 |
ASI-I-12 |
F. Meillaud |
Realization of high efficiency micromorph tandem silicon solar cells on glass and plastic substrates : issues and potential |
| ASI8-O-1 |
ASI-O-61 |
Jun-Sik Cho |
Improvement of key factors for fabricating high quality tandem silicon thin film solar cells |
| ASI8-O-2 |
ASI-O-60 |
Takuya Matsui |
High-efficiency low-degradation a-Si:H solar cell with improved light management |
| ASI8-O-3 |
ASI-O-45 |
Mathieu Boccard |
Substrate dependent stability and interplay between optical and electrical properties in µc-Si:H single junction solar cells |
| ASI8-O-4 |
ASI-O-41 |
Pongpan Vorasayan |
Spatially distributed model for thin film silicon solar cell performance analysis |
| ASI9: 11/13 (Fri) 11:00-12:30 |
Chair: HyungDong Kang (JUSUNG Engineering) |
| ASI9-O-1 |
ASI-O-39 |
Grégory Bugnon |
Microcrystalline and micromorph device improvements through combined plasma characterization techniques |
| ASI9-O-2 |
ASI-O-38 |
Nong-Moon Hwang |
Effects of HCl gas and electric bias on microcrystalline silicon films deposited by hot-wire chemical vapor deposition |
| ASI9-O-3 |
ASI-O-35 |
Nong-Moon Hwang |
Generation of Electric Charge and its Effect on Film Deposition during Hot-Wire Chemical Vapor Deposition of Silicon |
| ASI9-O-4 |
ASI-O-44 |
Hyung Dong Kang |
Tungsten thin films prepared by chemical vapor deposition method applied as a back electrode in thin film solar cells |
| ASI9-O-5 |
ASI-O-29 |
Czang-Ho Lee |
Process development of amorphous silicon/microcrystlline silicon tandem solar cells using conventional manufacturing PECVD system |
| ASI9-O-6 |
ASI-O-26 |
Minoru Karasawa |
In-situ chamber cleaning by F2 plasma for thin-film Si solar-cell fabrication |
Area 3 : CIGS, II-VI and Related Thin Films and Solar Cells
| Presentation No. |
Abstract No. |
Corresponding author |
Title |
| CIG1: 11/9 (Mon) 16:00-17:30 |
Chair: ByungTae Ahn (KAIST) |
| CIG1-I-1 |
CIG-I-06 |
William Shafarman |
Alloy Options for Wide Bandgap CuInSe2-based Thin Film Solar Cells |
| CIG1-O-1 |
CIG-O-41 |
Cherng-Yuh Su |
Preparation and Characterization of CIGS thin films by selenization of In/CuGa bi-layer and CuInGa single-layer metallic precursors |
| CIG1-O-2 |
CIG-O-21 |
William N. Shafarman |
Ga and S homogenization by simultaneous H2Se/H2S reaction of Cu-Ga-In precursor |
| CIG1-O-3 |
CIG-O-29 |
Michael H.-C. Jin |
Chalcogenization of Cu/In metallic precursor thin-films using amide derivatives for chalcopyrite thin-film solar cells |
| CIG1-O-4 |
CIG-O-37 |
Jyh-Ming Ting |
In-situ sulfurized CuInS2 absorption layers and the resulting solar cell performance |
| CIG2: 11/10 (Tue) 11:00-12:30 |
Chair: Shigeru Niki (AIST) |
| CIG2-O-1 |
CIG-O-08 |
Masahiro Kawamura |
Interface and grain boundary evaluation of the CIGS solar cells |
| CIG2-O-2 |
CIG-O-06 |
Takashi Minemoto |
Measurements of grain boundary character distribution in the surface of Cu(In,Ga)Se2 thin film by Electron Backscatter diffraction Pattern |
| CIG2-O-3 |
CIG-O-32 |
Sho Shirakata |
Near-band-edge photoluminescnce in Cu(In,Ga)Se2 solar cells |
| CIG2-O-4 |
CIG-O-22 |
Larry Wang |
Accurate SIMS quantification of Na in CIGS and impurities in CdTe based solar cell |
| CIG2-O-5 |
CIG-O-40 |
Jeong Dae Suh |
Optical, morphological and structural properties of CIGS thin films by a single step evaporation process |
| CIG2-O-6 |
CIG-O-01 |
Takeaki Sakurai |
Dependence of Se beam pressure on defect states in CIGS solar cells |
| CIG3: 11/10 (Tue) 14:00-15:30 |
Chair: W. Shafarman (IEC) |
| CIG3-I-1 |
CIG-I-05 |
S. Niki |
High-Efficiency CIGS Solar Cells and Modules by Multi-Stage Evaporation |
| CIG3-O-1 |
CIG-O-19 |
Young Do Kim |
Molybdenum back contact electrode for CIGS-Based solar cell by chemical vapor transport of MoO3(OH)2 |
| CIG3-O-2 |
CIG-O-23 |
Jeung-hyun Jeong |
The effect of interfacial adhesion improvement on controlling microstructure, stress, and electrical properties of Mo back contact |
| CIG3-O-3 |
CIG-O-24 |
Minhyon Jeon |
Characterization of ZnO thin films and Ga doped ZnO thin films by post annealing for transparent conducting oxide application |
| CIG3-O-4 |
CIG-O-43 |
Yong Soo Cho |
Effect of RF power and spatial variation of properties of ZnO:Al thin films grown by 30°- incident RF magnetron sputtering for solar cell applications |
| CIG4: 11/10 (Tue) 16:00-17:30 |
Chair: Jae Ho Yun (KIER) |
| CIG4-O-1 |
CIG-O-44 |
Tsuyoshi Maeda |
Phase stability and crystal structure of In-free photovoltaic semiconductor Cu2ZnSnSe4 studied by first-principles calculation, and x-ray and neutron diffraction analyses |
| CIG4-O-2 |
CIG-O-16 |
J.H. Kim |
Electrosynthesis and charactization of Cu2ZnSnS4 (CZTS) thin films by single step electrodeposition method for solar cell application |
| CIG4-O-3 |
CIG-O-38 |
Shuying Cheng |
Effect of anneal temperature on electrical and optical properties of SnS:Ag films |
| CIG4-O-4 |
CIG-O-15 |
Robert Miles |
Thin Films of SnS for Application in Photovoltaic Solar Cell Devices |
| CIG4-O-5 |
CIG-O-25 |
K.Y. Rajpure |
Studies on sprayed CdIn2O4 thin films from non-aqueous medium for solar cell application |
| CIG4-O-6 |
CIG-O-39 |
Jyh-Ming Ting |
Chemical Synthesis of Cu2In2O5 and Cu2In2-xGaxO5 Nanoparticles |
| CIG5: 11/11 (Wed) 14:00-15:30 |
Chair: Neel G. Dhere (Florida Solar Energy Center) |
| CIG5-O-1 |
CIG-O-03 |
SEOKHYUN YOON |
Surface modification of CIGS absorber layer from nanoparticle-based approach |
| CIG5-O-2 |
CIG-O-35 |
Jyh-Ming Ting |
Sintering of solvothermal-synthesized CuInSe2 powders |
| CIG5-O-3 |
CIG-O-30 |
Kyunghoon Yoon |
Compositional and structural study on CuInGaSe2 thin films prepared by a non-vacuum solution coating technique |
| CIG5-O-4 |
CIG-O-17 |
Myoung-Woon Moon, Choel Woong Yang |
Nano-dots Evolved on Cu(Ga, In)Se2 Thin Film by Ion Beam Irradiation |
| CIG5-O-5 |
CIG-O-13 |
Sam Yoon |
CIS Thin Film Deposition via Electrostatic Spray Technique |
| CIG5-O-6 |
CIG-O-11 |
Yiwen Zhang |
Cu(InGa)Se2 absorber layer fabricated by non-vacuum, nanoparticles-based approach |
| CIG6: 11/11 (Wed) 16:00-17:45 |
Chair: Hans Wermer Schock (Helmholtz Centre) |
| CIG6-I-1 |
CIG-I-01 |
Shunsuke Kijima |
Optimization of CBD-Zn(O,S,OH)x buffer quality to improve the efficiency of 30cmx30cm-sized CIS-based thin-film submodules |
| CIG6-I-2 |
CIG-I-03 |
Neelkanth G. Dhere |
Scale-up Issues of CIGSeS Thin Film PV Modules |
| CIG6-O-1 |
CIG-O-20 |
Hironori Komaki |
Improvement of Integrated CIGS Submodule Process |
| CIG6-O-2 |
CIG-O-05 |
Valery Gremenok |
Cu(In,Ga)Se2 thin film solar cells on flexible metallic foils prepared by selenization process |
| CIG6-O-3 |
CIG-O-45 |
Kyung Hoon Yoon |
Fabrication and performance of flexible CIGS thin film solar cells on stainless-steel substrates |
| CIG7: 11/12 (Thu) 11:00-12:30 |
Chair: Loudmila Larina (KAIST) |
| CIG7-I-1 |
CIG-I-04 |
Hans-Werner Schock |
Prospects of Chalcopyrite and Related Compounds for Future Thin Film Solar Cells |
| CIG7-O-1 |
CIG-O-12 |
Shintaro Osada |
Cu(In,Ga)Se2 solar cells with superstrate structure using lift-off process |
| CIG7-O-2 |
CIG-O-36 |
Dung-Ching Perng |
Influence of Substrate Structures on the Preferred Growth of CuInSe2 Thin Film |
| CIG7-O-3 |
CIG-O-31 |
Yuichi Sato |
Vacuum evaporation of CdTe thin films on Ni-deposited sapphire single crystal substrates and effects of the Cd/Te ratio on their properties |
| CIG7-O-4 |
CIG-O-47 |
Udai P Singh |
Comparative studies of chemically deposited CdS films on different substrates |
| CIG8: 11/13 (Fri) 11:00-12:30 |
Chair: KyungHoon Yoon (KIER) |
| CIG8-I-1 |
CIG-I-07 |
T. J. Anderson |
Routes to the Synthesis of CuInxGa1-xSe2 |
| CIG8-O-1 |
CIG-O-33 |
Martina Schmid |
Optically Optimized CuGaSe2 Top Cell for Improved Chalcopyrite Tandem |
| CIG8-O-2 |
CIG-O-28 |
Byung Tae Ahn |
Preparation of wide band gap Cu (InGa)3Se5 thin films ith various Ga contents for CIGS solar cell |
| CIG8-O-3 |
CIG-O-26 |
|
Cancelled |
| CIG8-O-4 |
CIG-O-27 |
Thorsten Rissom |
Examination of growth kinetics of copper rich Cu(In,Ga)Se2-films using synchrotron energy-dispersive X-ray diffractometry |
Area 4 : III-V Materials and Devices for Concentrator and Space PV Systems
| Presentation No. |
Abstract No. |
Corresponding author |
Title |
| CSP1: 11/11 (Wed) 11:00-12:30 |
Chair: Robert J. Walters (Naval Research Lab) |
| CSP1-O-1 |
CSP-O-02 |
Yasuyuki Ota |
Operating characteristics simulation of concentrator photovoltaic modules using ray-trace and circuit simulators |
| CSP1-O-2 |
CSP-O-04 |
Vitali Kalinovsky |
Consistency between dark and light characteristics of a multijunction solar cell. |
| CSP1-O-3 |
CSP-O-05 |
Kok-Keong Chong |
Study of Non-Imaging Planar Concentrator in Dense-Array Concentrator Photovoltaic System |
| CSP1-O-4 |
CSP-O-06 |
Kenji Araki |
The first demonstration of a high concentraotr PV power plant using III-V multi-junction cells |
| CSP1-O-5 |
CSP-O-07 |
Makoto Inagaki |
Evaluation of minority carrier life time on p-GaAsN grown by chemical beam epitaxy |
| CSP1-O-6 |
CSP-O-09 |
Tomohiro Tanaka |
Origin of H in N-H Complex Defects in GaAsN Grown by Chemical Beam Epitaxy |
| CSP2: 11/12 (Thu) 11:00-12:30 |
Chair: Jaejin Lee (Ajou Univ.) |
| CSP2-I-1 |
CSP-I-01 |
Robert J. Walters |
The Role of Radiation Induced Defects in the Performance of Solar Cells in Space |
| CSP2-O-1 |
CSP-O-10 |
Minhyon Jeon |
Application of InAs quantum dots and InGaAs quantum wells for tandem solar cell |
| CSP2-O-2 |
CSP-O-11 |
C. W. Liu |
Luminescence from monolithic GaInP/GaInAs/Ge triple-junction solar cells |
| CSP2-O-3 |
CSP-O-12 |
Enrique Garralaga Rojas |
Mesoporous Germanium Double Layers by Electrochemical Etching for Lift-Off Processes |
| CSP2-O-4 |
CSP-O-14 |
Sherif Michael |
A Novel Design Approach of a High Efficiency Advanced Multi-Junction Cell for Solar Concentrators Applications |
Area 5 : Dye-sensitized Solar Cells and Related Materials
| Presentation No. |
Abstract No. |
Corresponding author |
Title |
| DSC1: 11/9 (Mon) 16:00-17:30 |
Chair: Hironori Arakawa (Tokyo Univ. of Science) |
| DSC1-I-1 |
DSC-I-01 |
Mohammad Khaja Nazeeruddin |
Dyes for Dye-Sensitized Solar Cells |
| DSC1-O-1 |
DSC-O-33 |
Chin Myung Whang |
The Photoelectrochemical Properties of Dye sensitizied solar cells made with TiO2 nanorods electrode |
| DSC1-O-2 |
DSC-O-31 |
Minhyon Jeon |
Dye-sensitized solar cells using graphene based carbon nano composite as counter electrode |
| DSC1-O-3 |
DSC-O-29 |
Jun-Ho YUM, Michael Grätzel |
The Efficient Organic Sensitizers for Dye-Sensitized Solar Cells |
| DSC1-O-4 |
DSC-O-28 |
Qing Wang |
Reliable Measurement of Effective Diffusion Length of Electrons for Dye-sensitized Solar Cells |
| DSC2: 11/10 (Tue) 14:00-15:30 |
Chair: Shozo Yanagida (Osaka Univ.) |
| DSC2-I-1 |
DSC-I-02 |
Shuzi Hayase |
Tandem and hybrid dye-sensitized solar cells for high efficiency |
| DSC2-O-1 |
DSC-O-32 |
Chin Myung Whang |
Improved Quasi Solid Dye Sensitized Solar Cells by Polymer Composite Electrolyte Including Nano-Filler Particles |
| DSC2-O-2 |
DSC-O-27 |
Dae-Eun Kim |
Effect of surface topography of top cover layer on the Efficiency of solar cell |
| DSC2-O-3 |
DSC-O-26 |
Sung-Ryong Kim |
Novel photo-crosslinkable polymeric electrolyte system based on poly(ethylene glycol) and trimethylolpropane triacrylate for dye-sensitized solar cells with long-term stability. |
| DSC2-O-4 |
DSC-O-25 |
Jong Hak Kim |
Design of Microphase-separated Polymer Electrolytes for Solid State Dye-sensitized Solar Cells |
| DSC3: 11/10 (Tue) 16:00-17:30 |
Chair: Shuzi Hayase (Kyushu Institute of Tech.) |
| DSC3-I-1 |
DSC-I-03 |
Shozo Yanagida |
Dye-based Photovoltaics by Hybridization of Dye-Sensitized Nano-crystalline TiO2 and Hole-Conductive Polymers |
| DSC3-O-1 |
DSC-O-24 |
Marko Topic |
OPTICAL AND ELECTRICAL MODELLING AND CHARACTERIZATION OF DYE SENSITIZED SOLAR CELLS |
| DSC3-O-2 |
DSC-O-23 |
Won Jae Lee |
Catalytic Carbon Counter Electrodes for Dye-sensitized Solar Cells |
| DSC3-O-3 |
DSC-O-21 |
Gi-Dong Lee |
Control of the alignment of LC molecular for high PCE in Dye-sensitized solar sell using embedded liquid crystal molecular |
| DSC3-O-4 |
DSC-O-20 |
Minhyon Jeon |
Effects of rapid thermal annealing treatment on the electrochemical impedance properties of multi-wall carbon nanotube counter electrodes for dye-sensitized solar cells |
| DSC4: 11/11 (Wed) 14:00-15:30 |
Chair: Naohiko Kato (Toyota Central R&D Labs) |
| DSC4-I-1 |
DSC-I-04 |
Jaejung Ko |
Highly Efficient Organic Sensitizers and Methodology of Obtaining High Efficiency |
| DSC4-O-1 |
DSC-O-19 |
Jae-Joon Lee |
Engineering the redox potential of solution phase for high-voltage dye-sensitized solar cells (DSSCs) |
| DSC4-O-2 |
DSC-O-17 |
Hironori Arakawa |
Efficiency Improvement of Dye-Sensitized Solar Cells Using Series-Connected Tandem Structure |
| DSC4-O-3 |
DSC-O-16 |
Horng-Show Koo |
Characteristic study of fullerene-doped zinc oxide as a photo-electrode anode for the dye-sensitized photovoltaic cells |
| DSC4-O-4 |
DSC-O-14 |
Naoki Koide |
IMPROVEMENT OF CONVERSION EFFICIENCY OF DYE-SENSITIZED SOLAR CELLS AND MODULES |
| DSC5: 11/11 (Wed) 16:00-17:30 |
Chair: Jaejung Ko (Korea Univ.) |
| DSC5-O-1 |
DSC-O-13 |
Hironori Arakawa |
Improvement of Solar Cell Efficiency of 10cm-by-10cm DSC Sub-Modules and Their Accelerated Long-Term Stability |
| DSC5-O-2 |
DSC-O-12 |
Moon-Sung Kang |
DYE-SENSITIZED SOLAR CELLS EMPLOYING NOVEL POLYMER BASED ELECTROLYTES |
| DSC5-O-3 |
DSC-O-11 |
Oleg Shevaleevskiy |
Charge Transfer across Dye-Sensitized ZnO/Electrolyte Interface: Role of the Surface States |
| DSC5-O-4 |
DSC-O-10 |
Naohiko Kato |
Improvement in long-term stability of dye sensitized solar cell for outdoor use |
| DSC5-O-5 |
DSC-O-09 |
Shi-Woo Rhee |
Improved Performance in Dye Sensitized Solar Cells Employing Alumina Modified TiO2 Photoelectrodes |
| DSC5-O-6 |
DSC-O-08 |
Michael Graetzel |
Improved light harvesting and effective low temperature dye uptake approach for high efficiency dye-sensitized solar cells |
| DSC6: 11/12 (Thu) 16:00-17:30 |
Chair: Sung-Yeon Jang (KIST) |
| DSC6-I-1 |
DSC-I-05 |
DAI Song-Yuan |
Simulate and Optimize the maximum output of the DSC Module |
| DSC6-O-1 |
DSC-O-18 |
Jae-Joon Lee |
Design and Fabrication of a Hetero Junction Dye Sensitized Solar Cells with Carbon Nantotubes |
| DSC6-O-2 |
DSC-O-15 |
Horng-Show Koo |
The effect of quantum-dot-based working electrode on the optoelectronic characteristics of the dye-sensitized solar cells |
| DSC6-O-3 |
DSC-O-07 |
|
Cancelled |
| DSC6-O-4 |
DSC-O-34 |
Minhyon Jeon |
Effects of substrate conductivity on synthesis of multi-walled carbon nanotubes and their dye-sensitized solar cells application |
| DSC7: 11/13 (Fri) 11:00-12:30 |
Chair: Dai Song Yuan (Institute of Plasma Physics) |
| DSC7-I-1 |
DSC-I-06 |
Yong Soo Kang |
Roles of Electrolytes for Dye-Sensitized Solar |
| DSC7-O-1 |
DSC-O-05 |
Sung-Yeon Jang |
MWCNT-g-PSSNa based Counter Electrode for Dye-sensitized Solar Cells |
| DSC7-O-2 |
DSC-O-04 |
Myoungho Pyo |
Effects of co-adsorbents on NIR sensitization of TiO2 electrode with poly(thieno[3,4-b]thiophene-2-carboxylic acid) |
| DSC7-O-3 |
DSC-O-03 |
Thomas C.-K. Yang |
Influences of Water in Benzimidazole-derivative Electrolyte Additives to the Degradation of the Dye-sensitized Solar Cell |
| DSC7-O-4 |
DSC-O-01 |
Jeng-Shin Ma |
Hydrothermal-microemulsion Synthesis of Pt Nanoparticles and its Applications for Dye-sensitized Solar Cells |
Area 6 : Organic Solar Cells and Related Materials
| Presentation No. |
Abstract No. |
Corresponding author |
Title |
| OSC1: 11/10 (Tue) 11:00-12:30 |
Chair: Changhee Lee (SNU) |
| OSC1-I-1 |
OSC-I-02 |
Kwanghee Lee |
Bulk Heterojunction Solar Cells with Internal Quantum Efficiency approaching 100% fabricated with the Poly(2,7-Carbazole) Copolymer |
| OSC1-O-1 |
OSC-O-18 |
Qiquan Qiao |
POLYMER PHOTOVOLTAICS FROM ALL-WATER-SOLUTION PROCESSING |
| OSC1-O-2 |
OSC-O-15 |
Ahram Kim |
Time-resolved Photocurrent Mapping for Characterizing Photo-sensitive Materials with the Crosstalk Eliminated (XE) Atomic Force Microscopy |
| OSC1-O-3 |
OSC-O-13 |
Toshihiro Yamanari |
Lifetime test of polymer-based organic solar cells under AM 1.5 G light irradiation |
| OSC1-O-4 |
OSC-O-12 |
Golap Kalita |
Incorporation of Carbon Nanotubes in Organic Solar Cells |
| OSC2: 11/11 (Wed) 11:00-12:30 |
Chair: Kwanghee Lee (GIST) |
| OSC2-I-1 |
OSC-I-01 |
Kilwon Cho |
High Efficiency Organic Solar Cells using the Interpenetrating Structure with Poly (3-hexylthiophene) Nanowires |
| OSC2-O-1 |
OSC-O-11 |
Chie Gau |
Hybrid Organic Solar Cells Based on Nanoparticles of CuInSe2 and Conjugated Polymer |
| OSC2-O-2 |
OSC-O-10 |
Chang-Lyoul Lee |
Investigation of triplet exciton dynamics of conjugated polymers in heavy metal complex blended polymer photovoltaic devices |
| OSC2-O-3 |
OSC-O-07 |
Chinho Park |
Effect of CdSe / P3HT Composition on Electrical and Structural Properties of Bulk Hetero-junction Solar Cell Active Layer |
| OSC2-O-4 |
OSC-O-06 |
Chun-Wei Chen |
Enhanced carrier transport in vertical oriented ZnO nanorod/polymer hybrid photovoltaic devices |
| OSC3: 11/12 (Thu) 11:00-12:30 |
Chair: Kyungkon Kim (KIST) |
| OSC3-I-1 |
OSC-I-03 |
Yang Yang, Gang Li |
Achieving high performance polymer solar cell |
| OSC3-O-1 |
OSC-O-17 |
Chi-Yang Chao |
Syntheses and Characterization of Regioregular Poly(3-hexylthiophene) Triblock Copolymers from Coupling Reaction |
| OSC3-O-2 |
OSC-O-08 |
Yun Hee Jang |
Low Band-Gap Copolymers Having Benzothiadiazole Acceptor Units: A Computer-Aided Design of Organic Solar Cell Materials |
| OSC3-O-3 |
OSC-O-05 |
Chun-Wei Chen |
Enhanced hole collection efficiency by a 3D CNT nanostructure for polymer photovoltaic applications |
| OSC3-O-4 |
OSC-O-04 |
C. Gau |
Improved Cell Performance in a Polymeric Solar Cell by Imprinted Nanostructure |
| OSC4: 11/12 (Thu) 14:00-15:30 |
Chair: Qiquan Qiao (South Dakota State Univ.) |
| OSC4-I-1 |
OSC-I-04 |
Kyungkon Kim |
Solution Processed Inorganic Inter-layers for the Polymer Solar Cell |
| OSC4-O-1 |
OSC-O-03 |
Won Mok Kim |
Comparative study on thickness dependent properties of TCO thin films grown on glass and PET substrates |
| OSC4-O-2 |
OSC-O-09 |
Seunghyup Yoo |
ITO-free organic solar cells based on dielectric-metal-dielectric multilayer transparent electrodes |
| OSC4-O-3 |
OSC-O-01 |
Jin-Woo Park |
The mechanical reliability of ITO on polymeric substrates for application to organic solar cells |
| OSC4-O-4 |
OSC-O-19 |
Jang-Joo Kim |
Evolution of nanostructures by thermal annealing in poly(3-hexylthiophene):fullerene solar cell blends |
Area 7 : Novel Materials and Devices
| Presentation No. |
Abstract No. |
Corresponding author |
Title |
| NMD1: 11/9 (Mon) 16:00-17:30 |
Chair: Wan In Lee (Inha Univ.) |
| NMD1-I-1 |
NMD-I-03 |
Yuh-Lang Lee |
Efficient Photoelectrodes based on Co-Sensitization of Nanocrystalline TiO2 Films by CdS and CdSe |
| NMD1-O-1 |
NMD-O-28 |
Kazuhide Kusakabe |
Novel Monolayer InN Quantum Wells for Next Generation Solar Cells |
| NMD1-O-2 |
NMD-O-22 |
Yasukazu Kishimoto |
A material based on Fluorine and Acrylic boosts sunlight receiving. |
| NMD1-O-3 |
NMD-O-06 |
Supria Chowdhury |
Photochemical deposition of GaSxOy thin films |
| NMD1-O-4 |
NMD-O-03 |
Yasuyoshi Kurokawa |
Effects of Oxygen Addition on Electrical Properties of Silicon Quantum Dots/Amorphous Silicon Carbide Superlattice |
| NMD2: 11/10 (Tue) 11:00-12:30 |
Chair: Yuh-Lang Lee (NCKU) |
| NMD2-I-1 |
NMD-I-04 |
Duk-young Jung |
A High quality Cu(In,Ga)Se2 films for inkprinted thin film photovoltaic device |
| NMD2-O-1 |
NMD-O-33 |
Sang Il Seok |
The preparation of TiO2 nanoparticles from peroxotitanium complex solutions and their application to quantum dot (dye)-sensitized solar cells |
| NMD2-O-2 |
NMD-O-18 |
HyoJoong Lee |
Quantum Dot-Sensitized Mesoporous TiO2 Solar Cells |
| NMD2-O-3 |
NMD-O-09 |
Shujuan Huang |
Tin Quantum Dot Materials for Photovoltaic Applications |
| NMD2-O-4 |
NMD-O-36 |
Gunwoong Bahng |
Development of Pd metal nano catalyst for the conversion of CO2 by hydrogenation |
| NMD3: 11/11 (Wed) 11:00-12:30 |
Chair: Duk-Young Jung (Sungkyunkwan Univ.) |
| NMD3-O-1 |
NMD-O-32 |
Santosh K Shrestha |
Fabrication of Energy Selective Contacts- Recent Progress at UNSW |
| NMD3-O-2 |
NMD-O-24 |
Ji Hyun Moon, Jeong Chul Lee |
Size and density control of silicon quantum dots in SiC matrix |
| NMD3-O-3 |
NMD-O-21 |
Moon S. Chung |
Rectification Properties of Metal-Vacuum-Metal Junctions for the Solar Energy Conversion |
| NMD3-O-4 |
NMD-O-08 |
Yutaka Hoshina |
GROWTH AND CHARACTERIZATION OF TRANSITION-TYPE-CONTROLLED TENSILE-STRAINED GERMANIUM AS A NOBLE NARROW BAND GAP ABSORBER |
| NMD3-O-5 |
NMD-O-16 |
Nobuyuki Matsuki |
Transparent Schottky Contacts by Conductive Polymers and Its Application to III-nitrides Solar Cells |
| NMD3-O-6 |
NMD-O-23 |
Jyh-Ming Ting |
X-ray absorption spectroscopy (XAS) study of selective solar absorber coatings for chromium containing amorphous hydrogenated carbon thin films (a-C:H/Cr) |
| NMD4: 11/11 (Wed) 16:00-17:30 |
Chair: A. Heeger (UCSB) |
| NMD4-O-1 |
NMD-O-25 |
Sun Jin Yun |
Anti-Reflection-TiAlO Thin Films Prepared by Sol-Gel Process for Solar Cell Applications |
| NMD4-O-2 |
NMD-O-14 |
Hisashi Uchiyama |
Realization of low emitter surface reflection by P-doped silicon nanowires |
| NMD4-O-3 |
NMD-O-05 |
Ashraf M. Abdel Haleem |
A Novel Highly Transparent Buffer Layer Based on III-VI Materials for Solar Cell Applications |
| NMD4-O-4 |
NMD-O-30 |
Wan In Lee |
Efficient QD-Sensitized Solar Cells Fabricated with Sub-micron-sized TiO2 Spheres |
| NMD4-O-5 |
NMD-O-31 |
Seung-Nam Park |
Quantum Efficiency Uniformity Testing Method of Photovoltaics Based on Image Patterns from Beam Projector |
| NMD4-O-6 |
NMD-O-34 |
Yong Heng So |
Investigation of Silicon Nanocrystals Embedded in Amorphous Silicon Nitride Matrix for All-Silicon Tandem Cell Application |
| NMD5: 11/12 (Thu) 14:00-15:30 |
Chair: Chie Gau (NCKU) |
| NMD5-I-1 |
NMD-I-02 |
Sang Ouk Kim |
Directed Molecular Assembly of Soft Materials for Photovoltaic Applications |
| NMD5-O-1 |
NMD-O-35 |
T. Sugaya |
InGaAs Quantum Dot Solar Cells Fabricated by Conventional MBE |
| NMD5-O-2 |
NMD-O-13 |
Vladimir Svrcek |
AN IMPROVEMENT OF P3HT BASED BULK-HETEROJUNCTION PEFORMANCE UPON FABRICATION OF SI-NCS BY LASER ABLATION IN LIQUID MEDIA |
| NMD5-O-3 |
NMD-O-20 |
S. Adhikari |
SILICON-INCORPORATED P-TYPE AMORPHOUS CARBON THIN FILMS FOR PHOTOVOLTAIC DEVICES |
| NMD5-O-4 |
NMD-O-19 |
Z.Q Ma |
PV property of ultraviolet enhanced SINP device |
| NMD6: 11/12 (Thu) 16:00-17:30 |
Chair: Nobuyuki Matsuki (NIMS) |
| NMD6-O-1 |
NMD-O-15 |
|
Cancelled |
| NMD6-O-2 |
NMD-O-29 |
S. A. Moiz |
Electrical Characterization of Metal-Si Microwire Interface for Enhancing Photovoltaic Charge Collection Efficiency |
| NMD6-O-3 |
NMD-O-11 |
Hare Ram Aryal |
STUDY OF CARRIER MOBILITY, PHOTOCONDUCTIVITY AND PHOTOVOLTAIC CHARACTERISTICS OF CARBON THIN FILMS |
| NMD6-O-4 |
NMD-O-10 |
Chie Gau |
Photovoltaic Characteristics of Silicon Nanowire Arrays Synthesized by Vapor-Liquid-Solid Process |
| NMD6-O-5 |
NMD-O-07 |
Noritaka Usami |
Impact of growth temperature on microstructures in polycrystalline Si thin film grown by Al-induced layer exchange process |
| NMD6-O-6 |
NMD-O-01 |
Joondong Kim |
Silicon Nanowires for Photovoltaics |
Area 8 : PV Modules and System Components Including Testing and Reliability
| Presentation No. |
Abstract No. |
Corresponding author |
Title |
| PMS1: 11/10 (Tue) 14:00-15:30 |
Chair: Hyungkeun Ahn (Konkuk Univ.) |
| PMS1-I-1 |
PMS-I-03 |
Sam Sohn |
Impact of thermal management on the efficiency PV modules - Based on PV module simulation work |
| PMS1-O-1 |
PMS-O-15 |
Dhirayut Chenvidhya |
Analysis of solar cell characteristics under partial shading conditions |
| PMS1-O-2 |
PMS-O-16 |
Arvind Shah |
Testing of a-Si :H cells/modules with the VIM method |
| PMS1-O-3 |
PMS-O-21 |
Sheng-Hui Chen |
Photoluminescence imaging for excess carrier lifetime measurement in silicon solar cells |
| PMS1-O-4 |
PMS-O-28 |
Hsin-Hsin Hsieh |
Performance of low series-resistance interconnections on the polycrystalline solar cells |
| PMS2: 11/10 (Tue) 16:00-17:30 |
Chair: Sam Sohn (Dupont) |
| PMS2-O-1 |
PMS-O-29 |
Seung-Nam Park |
LED-based Differential Spectral Responsivity Measurement of Solar Cells |
| PMS2-O-2 |
PMS-O-31 |
Moo Whan Shin |
Thermal Characterization of Solar Cell Package Using a Transient method |
| PMS2-O-3 |
PMS-O-34 |
Woojin Choi |
A Novel Parameter Extraction Method for the Solar Cell Model |
| PMS2-O-4 |
PMS-O-02 |
Tetsuyuki Ishii |
Estimation of the maximum power temperature coefficients of PV modules at different time scales |
| PMS2-O-5 |
PMS-O-06 |
|
Cancelled |
| PMS2-O-6 |
PMS-P-12 |
Joong-Hyun Park |
Outdoor performance report of thin film solar modules deployed in middle area of South Korea |
| PMS3: 11/11 (Wed) 11:00-12:30 |
Chair: Yoshihiro Hishikawa (AIST) |
| PMS3-O-1 |
PMS-O-08 |
Caroline Tjengdrawira |
Direct Performance Comparison of MWT and H-pattern Solar Modules |
| PMS3-O-2 |
PMS-P-08 |
Kee Hwan Kim |
A Development of the Solar Position Tracker for Teaching with the Tiny Stand-alone PV System |
| PMS3-O-3 |
PMS-O-14 |
Manit Seapan |
Study on Impedance of PV Modules and Measurement of IV Characteristics by Pulse Solar Simulator |
| PMS3-O-4 |
PMS-O-17 |
Marko Topic |
Outdoor testing of PV module temperature and performance under different mounting and operational conditions |
| PMS3-O-5 |
PMS-O-19 |
Cristina Cornaro |
A simple empirical efficiency model for PV modules energy production estimation |
| PMS3-O-6 |
PMS-O-22 |
Rojana Leecharoen |
Traceability of calibration for PV modules measurements in Thailand |
| PMS4: 11/11 (Wed) 14:00-15:30 |
Chair: Marco Topic (University of Ljubljana) |
| PMS4-O-1 |
PMS-O-24 |
ANGELO SPENA |
Modeling Spectral Response and Reflectivity Effects: Comparison With Outdoor Measurements on PV Modules |
| PMS4-O-2 |
PMS-O-25 |
Yoshihiro HISHIKAWA |
Calculation Formula for irradiance and temperature correction of the I-V Curves of Solar Cells and Modules by Linear Interpolation/Extrapolation |
| PMS4-O-3 |
PMS-O-26 |
Shirish Pethe |
High Voltage Bias Testing of PV Modules as metrics for Module Reliability Testing |
| PMS4-O-4 |
PMS-O-30 |
Caroline Tjengdrawira |
Advanced characterization of MWT solar modules |
| PMS4-O-5 |
PMS-O-03 |
Roland Bruendlinger |
Characterizing the Overall Performance of Grid-connected PV power converters with the new European Standard EN 50350 |
| PMS4-O-6 |
PMS-O-11 |
Christoph Mayr |
Development and Operation of a fully automated Test laboratory for grid-connected PV Inverters |
| PMS5: 11/12 (Thu) 11:00-12:30 |
Chair: Kee Hwan Kim (Semyung Univ.) |
| PMS5-I-1 |
PMS-I-04 |
Stanislaw M. Pietruszko |
RISING OPPORTUNITIES FOR PHOTOVOLTAICS IN THE CENTRAL AND EASTERN EUROPE |
| PMS5-O-1 |
PMS-O-20 |
Thanawit Srisaksomboon |
Application of an industrial inverter to a deep-well PV water pumping system in Thailand |
| PMS5-O-2 |
PMS-O-33 |
Anawach Sangswang |
An Analysis on Energy Dissipation of a PV Grid-Connected Inverter during Abnormal Utility Voltage Condition |
| PMS5-O-3 |
PMS-O-04 |
AKIRA KUWAYAMA |
VERIFICATION STUDY OF MEGA-SOLAR WITH BATTERY STORAGE SYSTEM AT WAKKANAI |
| PMS5-O-4 |
PMS-O-10 |
Olga Moraes Toledo |
Simulation Advances of Solar Energy Photovoltaic Generation Systems |
| PMS6: 11/13 (Fri) 11:00-12:30 |
Chair: Moo Whan Shin (MyungJi Univ.) |
| PMS6-O-1 |
PMS-O-13 |
Kenji Araki |
A new tracker for CPV application designed for high-wind area |
| PMS6-O-2 |
PMS-O-18 |
Edson L. Meyer |
On the performance of a building integrated photovoltaic (BIPV) generator of an energy efficient house. |
| PMS6-O-3 |
PMS-O-23 |
Manit Seapan |
The study of developed PV Pumping systems base on commercial components in Thailand |
| PMS6-O-4 |
PMS-P-32 |
Moo Whan Shin |
Proposal and Investigation of LED Solar Simulator |
| PMS6-O-5 |
PMS-O-32 |
Steve Ransome |
Errors and uncertainties in kWh/kWp modelling, predictions and measurements |
| PMS6-O-6 |
PMS-O-35 |
S. M. Pietruszko |
LONG-TERM ANALYSIS OF THE PERFORMANCE OF GRID CONNECTED PHOTOVOLTAIC SYSTEM |
Area 9 : Terrestrial PV Systems
| Presentation No. |
Abstract No. |
Corresponding author |
Title |
| TPV1: 11/10 (Tue) 11:00-12:15 |
Chair: Kee Hwan Kim (Semyung Univ.) |
| TPV1-I-1 |
TPV-I-01 |
Yuzuru UEDA |
Evaluation of Different PV Modules and Systems in HOKUTO Mega-Solar Project |
| TPV1-O-1 |
TPV-O-04 |
Hiroo Konishi |
Research and development and evaluation of measured data for the second stage in the Hokuto solar project |
| TPV1-O-2 |
TPV-O-01 |
Ami Elazari |
Multi Solar (PVT) Co-Generation Power Station |
| TPV1-O-3 |
TPV-O-05 |
Kenji Araki |
Performance of the 30 kW CPV system constructed - the first CPV system in Japan supplying power to local facilities |
| TPV2: 11/11 (Wed) 16:00-16:45 |
Chair: Yuzuru Ueda (TIT) |
| TPV2-I-1 |
TPV-I-02 |
Kazuhiko Ogimoto |
Power system demand-supply balance analysis including utilization of power storage under substantial PV penetration |
| TPV2-O-1 |
TPV-O-02 |
NOPPORN PATCHARAPRAKITI |
MODELING OF SINGLE PHASE INVERTER OF PHOTOVOLTAIC SYSTEM USING NONLINEAR SYSTEM IDENTIFICATION |
Area 10 : PV Programs, Industries, Market, and Environment
| Presentation No. |
Abstract No. |
Corresponding author |
Title |
| PIM1: 11/11 (Wed) 16:45-17:30 |
Chair: Yuzuru Ueda (TIT) |
| PIM1-O-1 |
PIM-O-03 |
Eiichi ENDO |
Evaluation of the new dissemination acceleration programs for residential PV systems in Japan |
| PIM1-O-2 |
PIM-O-02 |
Richard Corkish |
Photovoltaics engineering education, underpinning growth in the Asia-Pacific region |
| PIM1-O-3 |
PIM-O-18 |
Hideki Wada |
Generation characteristics of 100kW PV system with various tilt angle and direction arrays |
| PIM2: 11/12 (Thu) 14:00-15:30 |
Chair: Izumi Kaizuka (RTS Corporation) |
| PIM2-I-1 |
PIM-I-01 |
Izumi KAIZUKA |
Trends of PV Market in Japan: Yesterday, Today & Tomorrow |
| PIM2-O-1 |
PIM-O-14 |
Hyung Chul Kim |
Life Cycle Analysis of Photovoltaics: an Update of Sustainability Indicators |
| PIM2-O-2 |
PIM-O-06 |
Charles Annis |
Comparative Study of the Maturing FPD Industry to the Nascent Photovoltaics Industry |
| PIM2-O-3 |
PIM-O-05 |
Izumi Kaizuka |
TRENDS IN PHOTOVOLTAIC APPLICATIONS - LATEST RESULTS FROM THE IEA PVPS PROGRAMME SURVEYS ON PV MARKET, INDUSTRY AND POLICY- |
| PIM2-O-4 |
PIM-O-04 |
Salvatore Castello |
MONITORING OF PV TECHNOLOGY IN ITALY |
| PIM3: 11/12 (Thu) 16:00-17:45 |
Chair: KyungHoon Yoon (KIER) |
| PIM3-I-1 |
PIM-I-03 |
Heechan Kang |
Global PV policy changes and their impacts |
| PIM3-O-1 |
PIM-O-10 |
Frank Siebke |
PV Technology – an investor’s view on the race to grid parity |
| PIM3-O-2 |
PIM-O-08 |
Tobias Rothacher |
How to build up a successful PV cluster - Preconditions, Drivers and Sustainment |
| PIM3-O-3 |
PIM-O-07 |
Won-Cheol Yun |
Electricity Planning Including Photovoltaics Using Portfolio Theory |
| PIM3-O-4 |
PIM-O-01 |
Michael Holman |
Lux Research: Finding the Solar Market’s Nadir |
| PIM4: 11/13 (Fri) 11:00-12:30 |
Chair: Yong Sung Cho (Korea Univ.) |
| PIM4-O-1 |
PIM-O-12 |
Sang Hoon Lee |
Feed in Tariff or Renewable Portfolio Standard : The trends and prospects of PV policy in South Korea |
| PIM4-O-2 |
PIM-O-09 |
Tobias Rothacher |
Photovoltaic Markets in Germany and Europe – Drivers, Risks and Prospects |
| PIM4-O-3 |
PIM-O-17 |
Sener Oktik |
Rising Opportunities for Photovoltaic Power Systems in Turkey |
| PIM4-O-4 |
PIM-O-13 |
Kei Morita |
The study on possibility of PV installation considering redevelopment of cities |
| PIM4-O-5 |
PIM-O-11 |
Ballang Muenpinij |
Photovoltaic Standard Testing Activities in Thailand |
| PIM4-O-6 |
PIM-O-20 |
Yongsung Cho |
Driving Forces and Environmental Benefits of Photovoltaic Power Systems |
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