Titel
Accueil
Navigation principale
Contenu
Recherche
Aide
Fonte
Standard
Gras
Identifiant
Interrompre la session?
Une session sous le nom de
InternetUser
est en cours.
Souhaitez-vous vraiment vous déconnecter?
Interrompre la session?
Une session sous le nom de
InternetUser
est en cours.
Souhaitez-vous vraiment vous déconnecter?
Accueil
Plus de données
Partenaires
Aide
Mentions légales
D
F
E
La recherche est en cours.
Interrompre la recherche
Recherche de projets
Projet actuel
Projets récents
Graphiques
Identifiant
Titel
Titel
Unité de recherche
INNOSUISSE
Numéro de projet
13252.1;6 PFFLE-NM
Titre du projet
All Laser Scribing of CIGS Photovoltaic Panels on rigid Substrates
Titre du projet anglais
All Laser Scribing of CIGS Photovoltaic Panels on rigid Substrates
Données de base
Textes
Participants
Projets afférents
Titel
Textes relatifs à ce projet
Allemand
Français
Italien
Anglais
Description succincte
-
-
Résumé des résultats (Abstract)
-
-
Textes saisis
Catégorie
Texte
Description succincte
(Allemand)
All Laser Scribing of CIGS Photovoltaic Panels on rigid Substrates
Description succincte
(Anglais)
All Laser Scribing of CIGS Photovoltaic Panels on rigid Substrates
Résumé des résultats (Abstract)
(Allemand)
Cost reduction remains a key success factor for photovoltaic¿s solar panels. Continuous developments need to address ways on how solar modules can be produced at lower cost. In the whole manufacturing process the laser scribing step is one of the key processes to produce high efficient solar modules. With narrow scribing line widths and high precision processing tools the non effective zone on solar panels (dead zone) can be reduced to a minimum. Here CIGS has a high potential for improvement, because the material can not be laser processed industrially in the steps P2 and P3. A feasibility study showed that for all three scribing processes reliable laser processes can be found. Within this project an industrial scribing machine will be developed for an all laser scribing process for CIGS.
Résumé des résultats (Abstract)
(Anglais)
Cost reduction remains a key success factor for photovoltaic¿s solar panels. Continuous developments need to address ways on how solar modules can be produced at lower cost. In the whole manufacturing process the laser scribing step is one of the key processes to produce high efficient solar modules. With narrow scribing line widths and high precision processing tools the non effective zone on solar panels (dead zone) can be reduced to a minimum. Here CIGS has a high potential for improvement, because the material can not be laser processed industrially in the steps P2 and P3. A feasibility study showed that for all three scribing processes reliable laser processes can be found. Within this project an industrial scribing machine will be developed for an all laser scribing process for CIGS.
SEFRI
- Einsteinstrasse 2 - 3003 Berne -
Mentions légales