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Daily Program

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Monday 04/05 Tuesday 05/05 Wednesday 06/05


09:10 Welcome Session
Session details to be published soon
09:30 Extended Oral Presentations 1
09:30
Hybrid Si/III-V and Translucent Architectures for Planar Micro-Tracking Modules
Gaël Nardin, Insolight SA
10:00
Development of HCPV Multijunction Cells Based on Ge/Si Virtual Substrates
Iván García, Instituto de Energía Solar-Universidad Politécnica de Madrid
11:00 Extended Oral Presentations 2
11:00
New Inverted Metamorphic Thermophotovoltaic Cell Designs for Thermal Energy Storage Applications
Kevin Schulte, National Renewable Energy Laboratory
11:30
Technical Boundaries of Micro-CPV Module Components: How Small is Enough?
Maike Wiesenfarth, Fraunhofer Institute for Solar Energy Systems ISE
12:00
Strain-Balanced GaInAs/GaAsP Quantum Well Concentrator Solar Cells
Myles Steiner, National Renewable Energy Laboratory (NREL)
13:40 Sponsor Presentation
Session details to be published soon
14:00 CPV Modules & Systems
14:00
Six Years of Power Rating Following IEC 62670-3
Marc Steiner, Fraunhofer ISE
14:20
Massively-Parallel Microcell Arrays and Thermal Runaway in Under-Illuminated Cells
Richard Norman, University of Sherbrooke
14:40
Design Aspects of the C3PV Module Technology
Ruediger Loeckenhoff, AZUR SPACE Solar Power GmbH
15:00
Solar to Gas Conversion System Based on High Concentrator Photovoltaic System
Yasuyuki Ota, University of Miyazaki
15:20
Tracker Performance in the World’s First Concentrator Photovoltaic (CPV) Power Plant
Hussam Khonkar, KACST
15:40
Overview of Electrical Power Models for Concentrated Photovoltaic Systems
Philippe Voarino, CEA
16:30 Poster Session
A1
Super-Multi-Junction Solar Cells—Device Configuration with the Potential for More Than 50% Annual Energy Conversion Efficiency (CPV)
Kenji Araki, Toyota Technological Institute
A2
Engineering Defects to Enable High-Performance III–V Multijunction Solar Cells on Silicon
Youcef A. Bioud, Université de Sherbrooke
A3
Multijunction Solar Cell Electrical Isolation and Passivation with a Single Plasma Process
Mathieu de Lafontaine, Laboratoire Nanotechnologies Nanosystèmes (LN2) - 3IT, Université de Sherbrooke
A4
In Situ Monitoring of As-P Exchange on Ge(100) Surfaces in GaAs-rich CVD Reactors for Low-Defect III-V Multi-Junction Solar Cells
Thomas Hannappel, TU Ilmenau
A5
Study of Characteristics of p-i-n GaAs/AlGaAs Connecting Tunnel Diodes
Vitaly Kalinovskii, Ioffe Institute
A6
Correllation Between the Open Circuit Voltage and the Electroluminescence Spectrum of Solar Cells with Quantum Objects
Mintairov Mikhail, Ioffe Institute
A7
Impact of Recombination Effects in a High-Efficiency Vertical-Tunnel-Junction (VTJ) Solar Cells Up to 10000 Suns
Celia Outes, Universidad de Jaén
A8
Time Delay at PV Parameters Determination for High Power Laser Converters
Alexander Panchak, Ioffe Institute
B1
Theoretical Investigation of Temperature Limits of an Actively Cooled High Concentrated Photovoltaic System
Asmaa Ahmed, University of Exeter
B2
Mismatch Losses Mitigation Strategies for Dense Array CPV Receivers
Jerome Barrau, Universitat de Lleida
B3
Performance Evaluation of a Hybrid PVT Concentrating Module for Building Applications
Daniel Chemisana, University of Lleida
B4
Solcore: A Multi-scale, Python-based Library for Modelling Solar Cells and Semiconductor Materials
Nicholas Ekins-Daukes, UNSW
B5
Study of Misorientation Characteristics of Hybrid Solar Cell-Doubled Linear Lens Concentrator System
Vitaly Kalinovskii, Ioffe Institute
B6
Solar Concentrator Cooling by Vortex Gas Circulation
Hussam Khonkar, King Abdulaziz City for Science and Technology
B7
Finite Element Analysis of Hybrid Thermoelectric-Concentrator Photovoltaic Receiver
Alvaro Valera, University of Jaén
C1
Reliability and Temperature Limits of the Focal Spot of a Primary Optical Component for an Ultra-High Concentrated Photovoltaic System
Asmaa Ahmed, University of Exeter
C2
Design and Optical Characterization of Single Point-Focus Fresnel Lens Concentrator Integrated with Multiple Multi Junction Solar Cells
Yassir Alamri, University of Birmingham
C3
Indoor Optical Characterization of Primary Optical Concentrator (Fresnel Lens) toward Ultrahigh Concentrated Photovoltaic System (UHCPV)
Mussad Alzahrani, University of Exeter
C4
Design and Modelling of a Low-Concentration PV-ETFE Cushion for Semi-Transparent Glazing
Daniel Chemisana, University of Lleida
C5
Indoor Characterization of an Ultra-High CPV Cassegrain-Koehler Prototype of 3000×
Juan P. Ferrer-Rodríguez, University of Jaen
C6
A Concentrator of Diffuse Light
Ilia Katardjiev, Uppsala University
C7
Characterisation of Secondary Optics to Improve the Uniformity and Performance of Multi-Junction Solar Cells
Jose Manuel Saura García, University of Lleida
C8
Optimization of Compact Linear Fresnel Concentrator Optics with Two Receivers for Concentrating Photovoltaics
Preeti Singh, Indian Institute of Technology Kanpur
D1
How Did the Knowledge of CPV Contribute to the Standardization Activity of VIPV?
Kenji Araki, Toyota Technological Institute
D2
Multi-Criteria Decision Analysis for Feasibility Studies Involving Concentrating Photovoltaic (CPV) Systems
Sree Harsha Bandaru, UNIVERSITY OF PORTSMOUTH
E1
PV-CPV Hybrid Module with Glass Entrance Lens Array Made in One-Piece
Roger Angel, University of Arizona
E2
Photovoltaic-Thermal Systems for Utility-Scale Combined Heat and Power
Harry Apostoleris, Khalifa University
E3
Low Concentration PVT for Electricity, Hot Water, and Space Heating
Jordyn Brinkley, University of California, Merced
E4
The InGaAs Metamorphic Laser Power Converters with Distributed Bragg Reflector for Wavelength Range λ=1- 1.1 µm
Nikolay Kalyuzhnyy, IOFFE Institute
E5
Photovoltaic Thermal Collectors with Phase Change Material for Electricity Generation and Space Heating
Sourav Khanna, University of Portsmouth
E6
Experimental Performance of a Two-Stage Spectrum Splitting CPV/CSP Collector
Bennett Widyolar, University of California, Merced

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