Piotr Panek Ph.D., D. Sc. :: Instytut Metalurgii i Inżynierii Materiałowej Polskiej Akademii Nauk
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Piotr Panek Ph.D., D. Sc.

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a. Correspondence address: Institute of Metallurgy and Materials Science of the Polish Academy of Sciences, Photovoltaic Labortory, 43-340 Kozy, Krakowska St. 22

b. Phone.: (033) 8174249

     Fax: (033) 4867180

c. e-mail: Adres poczty elektronicznej jest chroniony przed robotami spamującymi. W przeglądarce musi być włączona obsługa JavaScript, żeby go zobaczyć.

Employment and positions

1984 Institute of Non-ferrous Metals in Gliwice – technician, 1989 Institute of Solid State Physics, Polish Academy of Sciences in Zabrze – assistant, 1992 Mineral and Energy Economy Research Centre, Polish Academy of Sciences in Cracow – assistant professor, 1997 Institute of Metallurgy and Materials Science, Polish Academy of Sciences in Cracow – assistent professor.


Scientific Carrier


M.Sc.:
Silesian University in Katowice, Department of Physics, 1982

Ph.D.: Institute of Metallurgy and Materials Science, Polish Academy of Sciences, 2006

Scientific achievements

70 papers, among them: 21 papers in refereed journals and periodicals, 20 of them citetd by the Institute for Scientific Information in Philadephia, 48 presentations during conferences, 1 chapter in book.

The most relevant publications during last 5 years

  1. P. Panek, K. Drabczyk, R. P. Socha, „Domieszkowanie donorowe Si ze źródła ciekłego do zastosowania w produkcji ciągłej ogniw słonecznych", Elektronika, 8, (2013), str. 88-90.

  2. K. Drabczyk, P. Panek, „ Influence of screen printing parameters on the front metallic electrodes geometry of solar cells", Circuit World, vol. 40, issue 1, (2014), p. 23-26.

  3. T. Stapiński, M. Godlewski, M. Jakubowska, K. Marszałek, R. Pietruszka, P. Panek, B. Soliński, I. Soliński, K. Turoń, G. Wróblewski, ,,Materiały i metody optymalizacji budowy ogniw i paneli fotowoltaicznych'', AR TOP, Kraków, 2014, ISBN 978-83-63179-17-5.

  4. P. Panek, ,,Wpływ parametrów warstw i elementów konstrukcyjnych krzemowego ogniwa słonecznego na jego charakterystykę spektralną", Elektronika, 8, (2015), str. 18-21.

  5. B. Swatowska, P. Panek, ,,The role of thermal thin oxides in silicon solar cells", Proceedings of Microtherm 2015, e-ISBN 978-83-932197-3-5, p. 105-109.

  6. S. Kluska, P. Panek, ,,Influence of the SiNx:H layer deposited by PECVD technique on the surface and grain boundary passivation of mc-Si", Microelectronics International, vol. 33, issue 3, (2016), p. 162-166.

  7. P. Panek, R. P. Socha, M. Juel, P. Zięba, ,,The liquid phosphorus source for Si solar cells fabrication", Inżynieria Materiałowa, 4, (2016), p. 172-177.

  8. P. Panek, R. Socha, G. Putynkowski, A. Slaoui, ,,The new copper composite of pastes for Si solar cells front electrode application, Energy Procedia, 92, (2016), p. 962-970.

  9. P. Panek, ,,The influence of the base material parameters on quantum and photoconversion efficiency of the Si solar cells", Archives of Metallurgy and Materials, 61, No. 4, (2016), p. 1889-1894.

  10. P. Panek, B. Swatowska, W. Dawidowski, M. Juel, P. Zięba, ,,Boron liquid solution deposited by spray method for p-type emitter formation in crystalline Si solar cells", Proc. of SPIE, vol. 10175, (2016), p. 101750V-1 - V-9.

Research Projects

Projects from Ministry of Science and Higher Education

  • Development Project No. NR10-0020-10/2011 (2011-01-03 - 2013-12-31)- Development and testing charging station based on solar cells for electric vehicles.

Common research within the scientific network

  • EKOENERGIA- New ecological and save technologies in energy production and conversion, IMP PAS, contractor, 2006-2007

  • PV-TECH- Development of new technologies and research techniques for silicon solar cells, IMMS PAS, contractor, 2008

International exchange programmes

  • Application of macroporous silicon to silicon solar cells, Laboratoire de Chimie Metallurgique des Terres Rares, CNRS, Thiais, Francja, 2003-2005.

  • In-line processing of n+/p and p/p+ junction systems for cheap photovoltaic module production, Projekt konsorcjum Instytutu Metalurgii i Inżynierii MateriaÅ‚owej PAN, Instytutu Katalizy i Fizykochemii Powierzchni PAN w Krakowie, SINTEF - Norwegia. 2014-2016, projekt finansowany przez NCBiR w ramach norweskiego mechanizmu finansowania. POL-NOR/199380/89/2014 task manager for Work Package 1 -,,Front and back doping of Si wafers by low cost method".

Experience gained abroad:

  • PHASE - CNRS, Strasburg, France, September 1992 - research collaboration

  • NATO - Advanced Study Institute - Photovoltaic and Photoactive Materials, Sozopol, Bulgaria, 2001 (14 days) - training

  • Laboratoire de Chimie Metallurgique des Terres Rares – CNRS, Thiais, France, 2002, 2003 (two weeks each) - research collaboration Institut d’Electronique du Solide et des Systèmes ,

  • CNRS – Universite Louis Pasteur, Strasbourg, France, 2007 (two months) – research contractInstitut d’Electronique du Solide et des Systèmes ,

  • CNRS – Universite Louis Pasteur, Strasbourg, France, 2008 (two months)– research contract

  • Stiftelsen SINTEF, Institute Material and Chemistry, Strindveinen 4, 7465 Trondheim, Norway, 21 - 28.10.2014.


Education of scientific staff

Superviser of 4 M.Sc. thesis: Grzegorz Holtzer (2006), Anna Byrska (2008), Paweł Kędzior (2010), Bernadeta Klimek (2013)


Organisation of conferences and scientific events

Member of organization committee:

PV-TECH Development of new technologies and research techniques for silicon solar cells, reporting meeting, Kozy, 2008
I Photovoltaic Polish Country Conference, 8 - 11 October 2009, Krynica-Zdrój
II Photovoltaic Polish Country Conference, 12 - 15 May 2011, Krynica-Zdrój
European Photovoltaics Summer School, 4 - 7 July 2012, Krakow, Poland


Membership in professional societies

Member of Scientific Board of IMMS PAS Cracow 2007 – 2010


Distinctions

Bronze Cross of Merit, President of Poland, Krakow 2012

Main scientific interest
Mono- and multicrystalline silicon thick films solar cells technology. Chemical etching, texturization and cleaning for Si wafers, diffusion of phosphorous and boron dopants deposited from gaseous and liquid phases and surface passivation by thermal oxide processes. Laser fired point contacts. Porous silicon. Encapsulation processes of PV modules.