Integral screen printed solar cells panel
This paper summarizes our activities in the field of process technologies for the
fabrication of photovoltaic devices. The study is strongly focused on the integral screen printing
technique for the fabrication of single crystal solar cells, using standard equipments available in our
laboratory. The challenging aim of this survey is to attain encouraging results with very modest
means. Knowing that any problem coming unexpectedly with the cell structure may influence more
than one electrical parameter and as the process consists on several steps ; we will stop at each stage
and discuss the factors, which affect it. In pursuit of this goal a doping phosphorus1, a back contact
silver-aluminium2, a front side silver3 and an anti reflective coating4 commercial pastes are printed
and fired. The 36 fully screen printed solar cells connected in series offer a module with power
output of 31 Watts5 and 11 % as efficiency.
Mots-clés
- Screen-printing
- Single silicon
-
Température
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- Influence du rayonnement thermique sur le champ de température d’un coeur de pile à combustible SOFC à anode supportée Effet des températures de gaz
- Thermal behaviour of a multilayer media in transient regime
- Etude de l’effet thermique des différentes polarisations dans une pile à combustible de type SOFC
- Comportements des échangeurs de chaleur à tubes
- Etude De L’influence De Différents Agents Sur Les Caractéristiques D’un Générateur Photovoltaïque
fr
Science et Technologie
Revue des Energies Renouvelables
Volume 10
Numéro 01
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