EU PVSEC Programme Online
EU PVSEC 2021, 6 - 10 September 2021
Event: Conference Conference
Date: Monday, 7th September 2020, 08:30 - 18:30
Tuesday, 8th September 2020, 08:30 - 18:30
Wednesday, 9th September 2020, 08:30 - 18:30
Thursday, 10th September 2020, 08:30 - 18:30
Friday, 11th September 2020, 08:30 - 12:10
Type(s) of Access:
C
 Conference Registration
Description: Participate in the world’s largest specialist PV Solar Conference!

Connect with the global PV community at EU PVSEC in September to gain knowledge, explore trends and discuss what is needed to keep up the new solar momentum in Europe.

Dates: 07 - 11 Sept 2020
Hours: Monday - Thursday 08:30 - 18:30 / Friday 08:30 - 13:10 CEST, UTC/GMT +2 hours, Paris, Berlin, Rome, Munich time

The EU PVSEC is determined to make the best out of the current situation and is transitioning into an online event this year. Therefore, we are thrilled to open our virtual doors to the scientific community in a space designed to facilitate the exchange of ideas and latest advancements. The international Conference Programme is structured in plenary, oral and visual presentations (further details and guidelines on the formats and features particularly for the online event will be published shortly). These cover the entire range of PV research, technologies and applications with a special emphasis on the latest scientific, technological and market-related trends.
Website: https://www.photovoltaic-conference.com/programme/conference.html
Sessions / Presentations:
1AP.1 Innovations in PV Technologies
1AO.1 Fundamentals: Novel Device and Module Concepts
1AO.2 Advanced Solar Cell Architectures
1AO.3 Advanced Materials and Approaches for PV-Modules
1BO.16 Development and Characterization of New Solar Cell Architectures
1BV.4 Novel PV Conversion Systems, Characterization Approaches and Device Designs / New Materials and Concepts for Cells and
2CP.1 Innovations for PV Industry and Deployment
2AO.4 Silicon Materials and Defect Engineering
2AO.5 Defects in Silicon
2AO.6 Poly-Silicon Passivated Contacts (I)
2BO.1 Poly-Silicon Passivated Contacts (II)
2BO.2 PERX: Processes and Technologies
2BO.3 Dopant Free Heterojunctions and TCOs
2BO.4 Si-Alloy Based Functional Layers and TCOs
2BO.5 Full Silicon Heterojunction Solar Cells
2CO.13 Manufacturing & Production of Si Cells
2CO.14 Analysis of Wafers and Layers for Highly Efficient Crystalline Silicon Solar Cells
2CO.15 Measurement and Analysis of Crystalline Silicon Solar Cells
2DO.10 Thin Film and Foil-Based Si Cells
2CV.1 Characterisation & Simulation of Si Cells / Fabrication and Production of c-Si Silicon Solar Cells and Related Processes
2DV.2 Silicon Wafer Technology / Thin Film and Foil-Based Si Cells
2DV.3 Crystalline Silicon Solar Cell Technologies
3AP.1 Innovations in PV Technologies
3AO.7 High Efficiency Tandem Solar Cells
3AO.8 Tandems: Material and Process Developments
3AO.9 Organic PV: Efficiency, Stability, Scalability
3BO.8 Ways to Improve Perovskite Solar Cells
3BO.9 Processing of Perovskite Solar Cells
3BO.10 Characterizing Perovskite Solar Cell Performance and Stability
3CO.5 III-V and Related Compound Semiconductor Solar Cell Devices
3CO.6 Characterization of High Efficiency CIGS Absorbers and Devices
3CO.7 Advances in Growth Methods for CIGSe and Kesterite Absorbers
3CO.8 CIGSe Modules & Advances in CdTe Technology
3BV.1 Perovskites
3BV.2 CI(G)S, CdTe and Related Thin Films / Organic and Dye-Sensitised Devices / II-V and Related Compound Semiconductors / Tandems
4CP.1 Innovations for PV Industry and Deployment
4EP.1 PV in the Energy System
4BO.11 Backsheet and Encapsulation Materials
4BO.12 Induced Degradation
4BO.13 Outdoor Performance and Energy Rating
4BO.14 Module Design, Ageing and Degradation
4CO.1 Interconnections
4CO.2 Bifacial PV Modules
4CO.3 Module Design and Qualification
4CO.4 PV Module Characterization and Fault Detection
4DO.6 Sustainability and Recycling
4DO.7 MPP-Tracking, Inverters, BOS
4AV.1 Module Design Manufacture, Performance and Reliability (I)
4AV.2 Module Design Manufacture, Performance and Reliability (II)
4AV.3 Inverters, Micro-Inverters and BOS Components / Sustainability and Circular Economy
5CP.1 Innovations for PV Industry and Deployment
5EP.1 PV in the Energy System
5BO.6 Solar Radiation Modelling and Instrumentation
5BO.7 Forecasting Solar Radiation and PV Power
5BO.15 Concentrators and PV for Space Applications
5CO.9 Systems Design Using Bifacial Modules
5CO.10 System Modelling for Sizing and Performance
5DO.1 Soiling
5DO.2 Performance Assessment
5DO.3 O&M and Failure Analysis
5DO.4 Fault Detection
5DO.5 Performance and Yield Investigations
5EO.2 Energy Storage
5BV.3 Solar Resource and Forecasting
5CV.3 Operation, Performance and Maintenance of PV Systems
5CV.4 PV System Design and Modeling / Energy Storage / Concentrators and PV for Space Applications
6EP.1 PV in the Energy System
6CO.11 System Integration
6CO.12 PV Driven Energy Management and System Integration
6DO.11 Vehicles and Infrastructures
6DO.12 Building Envenlope / Design, Customisation and Standardisation
6DO.13 Building Envelope / Design, Simulation and Performance
6DO.14 AgroPV and EcoPV
6DO.15 Floating Photovoltaics
6EO.1 Industrial Applications and Electric Mobility
6BV.5 Industrial Applications / PV Driven Energy Management and System Integration
6CV.2 Integration of Photovoltaic in Buildings, Vehicle, Infrastructure and Landscape
7CP.1 Innovations for PV Industry and Deployment
7EP.1 PV in the Energy System
7DO.8 Accelerating Technology Innovation and Sustainable Deployment
7DO.9 Energy System Modelling, Economic and Social Drivers
7EO.3 Costs, Economics, Finance and Markets
7DV.1 Costs, Economics, Finance and Markets / Assessment, Policies and Scenarios for Renewables; Societal and Global Challenges