| Year | Title/Author | Document Type |
| 2018 | Electrically conductive adhesives for photovoltaic modules
Geipel, Torsten; Rissing, Lutz (Referent); Maier, Hans Jürgen (Referent) | Dissertation
|
| 2018 | Mechanical and electrical properties of wave-shaped wires for low-stress interconnection of solar cells
Rendler, L.; Walter, J.; Goldenberg, S.; Beinert, A.J.; Wiese, S.; Eitner, U. | Journal Article |
| 2018 | Optimization of electrically conductive adhesive bonds in photovoltaic modules
Geipel, T.; Meinert, M.; Kraft, A.; Eitner, U. | Journal Article |
| 2018 | Solder joint analysis on coated aluminum for silicon solar cell interconnection
De Rose, A.; Kraft, A.; Eitner, U.; Nowottnick, M. | Conference Paper |
| 2017 | Abgedeckter PVT-Kollektor mit Low-e-Beschichtung und Belüftung als Überhitzungsschutz
Lämmle, M.; Panzer, C.; Hermann, M. | Conference Paper
|
| 2017 | Analysis of backsheet and rear cover reflection gains for bifacial solar cells
Mittag, M.; Grünzweig, A.; Wiese, M.; Mahmoud, N.; Schmid, A.; Heinrich, M. | Conference Paper
|
| 2017 | Analysis of peel and shear forces after temperature cycle tests for electrical conductive adhesives
Hoffmann, S.; Geipel, T.; Meinert, M.; Kraft, A. | Conference Paper |
| 2017 | Cell-to-Module (CTM) analysis for photovoltaic modules with shingled solar cells: Paper presented at 44th IEEE Photovoltaic Specialists Conference 2017, Washington, DC, USA, 25.06.2017-30.06.2017
Mittag, M.; Zech, T.; Wiese, M.; Bläsi, D.; Ebert, M.; Wirth, H. | Conference Paper
|
| 2017 | Electrical and thermal modeling of junction boxes
Mittag, M.; Kutter, C.; Hoffmann, S.; Romer, P.; Beinert, A.J.; Zech, T. | Conference Paper
|
| 2017 | FEM-based development of novel back-contact PV modules with ultra-thin solar cells
Beinert, Andreas; Leidl, Roman; Sommeling, Paul; Eitner, Ulrich; Aktaa, Jarir | Conference Paper
|
| 2017 | Intermetallic compounds in solar cell interconnections: Microstructure and growth kinetics
Geipel, T.; Moeller, M.; Walter, J.; Kraft, A.; Eitner, U. | Journal Article |
| 2017 | Low-temperature soldering for the interconnection of silicon heterojunction solar cells
De Rose, A.; Erath, D.; Geipel, T.; Kraft, A.; Eitner, U. | Conference Paper
|
| 2017 | Power loss through decorative elements in the front glazing of BIPV modules
Mittag, M.; Kutter, C.; Ebert, M.; Wilson, H.R.; Eitner, U. | Conference Paper
|
| 2017 | Ribbon interconnection of 6" BC-BJ Solar Cells
Walter, Johann; Rendler, Li Carlos; Halm, Andreas; Mihailetchi, Valentin; Kraft, Achim; Eitner, Ulrich | Journal Article
|
| 2017 | Shingled cell interconnection: A new generation of bifacial PV-modules
Klasen, N.; Mondon, A.; Kraft, A.; Eitner, U. | Conference Paper
|
| 2017 | Solar potential on commercial trucks: Results of an irradiance measurement campaign on 6 trucks in Europe and USA
Eitner, U.; Ebert, M.; Zech, T.; Schmid, C.; Watts, A.; Heinrich, M. | Conference Paper |
| 2017 | Solder interconnection of aluminum foil rear side metallization for passivated emitter and rear solar cells
De Rose, A.; Kraft, A.; Gledhill, S.; Ali, M.T.; Kroyer, T.; Pscherer, C.; Graf, M.; Nekarda, J.; Eitner, U. | Conference Paper
|
| 2017 | Solder joint stability study of wire-based interconnection compared to ribbon interconnection
Walter, J.; Rendler, L.C.; Ebert, C.; Kraft, A.; Eitner, U. | Journal Article
|
| 2017 | Systematic PV-module optimization with the cell-to-module (CTM) analysis software "SmartCalc.CTM"
Mittag, M.; Ebert, M. | Journal Article |
| 2017 | Thermomechanical stress analysis of PV module production processes by Raman spectroscopy and FEM simulation
Beinert, A.J.; Romer, P.; Büchler, A.; Haueisen, V.; Aktaa, J.; Eitner, U. | Journal Article
|
| 2017 | TPedge: Progress on cost-efficient and durable edge-sealed PV modules
Mittag, M.; Eitner, U.; Neff, T. | Conference Paper
|
| 2017 | Ultra-soft wires for direct soldering on finger grids of solar cells
Rendler, L.C.; Walter, J.; Kraft, A.; Ebert, C.; Wiese, S.; Eitner, U. | Journal Article
|
| 2016 | A comprehensive study of intermetallic compounds in solar cell interconnections and their growth kinetics
Geipel, T.; Moeller, M.; Kraft, A.; Eitner, U. | Journal Article
|
| 2016 | Comprehensive Study of Intermetallic Compounds in Solar Cell Interconnections Including Lead-Free, Low Melting Point Solders
Geipel, T.; Möller, M.; Kraft, A.; Eitner, U. | Conference Paper
|
| 2016 | The impact of ribbon properties on measured peel forces
Eitner, U.; Rendler, L.C. | Journal Article
|
| 2016 | Influence of Photovoltaic Module Mounting Systems on the Thermo-Mechanical Stresses in Solar Cells by FEM Modelling
Beinert, A.J.; Ebert, M.; Eitner, U.; Aktaa, J. | Conference Paper
|
| 2016 | Investigation of Thermomechanical Stress in Solar Cells with Multi Busbar Interconnection by Finite Element Modeling
Rendler, L.C.; Kraft, A.; Ebert, C.; Wiese, S.; Eitner, U. | Conference Paper
|
| 2016 | Low-temperature interconnection of PVD-aluminium metallization
Geipel, T.; Kumm, J.; Moeller, M.; Kroely, L.; Kraft, A.; Eitner, U.; Wolf, A.; Zhang, Z.; Wolfahrt, P. | Journal Article
|
| 2016 | Mechanical stress in solar cells with multi busbar interconnection - parameter study by FEM simulation
Rendler, L.C.; Kraft, A.; Ebert, C.; Eitner, U.; Wiese, S. | Conference Paper |
| 2016 | Mosaic modules for improved design options in building integrated photovoltaic modules
Ebert, M.; Mittag, M.; Fellmeth, T.; Spribille, A.; Mindehoud, T.; Gijzen, G.; Fath, K.; Hecker, R.; Eitner, U. | Conference Paper
|
| 2016 | Die parasitäre Kapazität eines PV-Moduls als Ursache für einen erhöhten Ableitstrom und Indikator für den Feuchteeintrag im Verkapselungsmaterial
Berg, H.; Hsian Saw, M.; Philipp, D. | Conference Paper |
| 2016 | Photovoltaic Modules: Technology and Reliability
Wirth, H.; Weiß, K.-A.; Wiesmeier, C. | Book |
| 2016 | A PVT collector concept with variable film insulation and low-emissivity coating
Lämmle, M.; Thoma, C.; Hermann, M. | Journal Article
|
| 2016 | TPEDGE: Glass-glass photovoltaic module for BIPV-applications
Mittag, M.; Neff, T.; Hoffmann, S.; Ebert, M.; Eitner, U.; Wirth, H. | Conference Paper |
Fraunhofer-Institut für Solare Energiesysteme ISE
In einem Photovoltaik (PV)-Modul werden mehrere Solarzellen miteinander verschaltet. Die Summe der Leistungen der einzelnen Solarzellen entspricht jedoch nicht der Gesamtleistung des fertigen PV-Moduls. Es treten Leistungseinbußen, z. B. durch Reflexion, Absorption oder elektrische Verluste, auf. Diese Zelle-zu-Modul-Verluste (Cell To Module – CTM) haben großen Einfluss auf die spätere Leistungsfähigkeit des Solarmoduls und variieren erheblich – je nach eingesetzten Solarzellen, Materialien oder Modulkonzept. Ausgehend von verschiedenen Materialparametern haben wir am Fraunhofer ISE ein Modell zur Berechnung dieser Abweichungen erarbeitet und mit SmartCalc.CTM eine Software entwickelt, um Module (noch) effizienter zu machen.