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ISSN 2196-100X

Welcome to the EU PVSEC Proceedings Website!



The European Photovoltaic Solar Energy Conference and Exhibition (EU PVSEC) - the world’s largest specialised PV Solar Energy Conference - serves as leading platform for the collection, exchange and dissemination of scientific know-how and is renowned for the high standard of its scientific contributions.


The EU PVSEC Proceedings constitute a comprehensive source of state-of-the-art information and vital point of reference for researchers, technologists, decision-makers, entrepreneurs and all involved in the global PV sector.



Download of single EU PVSEC papers


  • This website enables you to select the papers by topics, authors, keywords or event of your choice. All papers published since 2008 are available for download. Further proceedings will follow after each annual EU PVSEC. A DOI name (Digital Object Identifier) is assigned to each paper published. This guarantees an unequivocal and permanent identification and citability of all online publications.
  • All EU PVSEC Proceedings are published under a full free access policy and are searchable online (and citable online). This underlines our commitment to prioritising quick and open access to high quality scientific results. and allows the entire PV community to easily access this comprehensive database for PV research and technology, renowned for the high standard of its scientific contributions.

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For information about the up-coming European Photovoltaic Solar Energy Conference and Exhibition please click here.


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YEAR ↓TITLE AUTHOR(S) INFO TAG
2013 ""Rooftop BIIPV GIS"" Research Project D. Gomez Gane Information
2014 “Counting the Sun” – a Dutch Public Awareness Campaign on PV Performance W.G.J.H.M. van Sark, S. Hart, M. de Jong, P. de Rijk, P. Moraitis, B.B. Kausika, H. van der Velde Information
2011 “Forms of Energy”: The Way Architects Envision Solar Energy A. Scognamiglio, S. Bordone, J. Grima, M.L. Palumbo Information
2010 «Apparent» Absorption Coefficient for Long-Wavelength Optical Modelling of Si Solar Cells L. Abenante Information
2009 >0.4% Absolut Efficiency Gain by Fast Ni-Cu-Sn Electroplating of Solar Cells with Fine Line Printed Contacts by a Single Side Wet Treatment Technology H.H. Kühnlein, N. Kösterke, G. Cimiotti, E. Hartmannsgruber, N. Bürger, H. Nussbaumer, D. Luetke-Notarp, M. Becker Information
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