Website: www.solasys.eu
Objective:
Improvement and optimization of laser processes to facilitate their integration into industrial PV manufacturing:
High throughput laser junction isolation
Laser-selective emitter doping
Development of prototype lasers individually optimized for these processes
Development of a high speed laser scanning system for very high ablation and welding rates to meet an industrial throughput of 2000 wafers/hour
Integration of the main new laser components and processes into one PV manufacturing system
Alpine: Advanced Lasers for Photovoltaic INdustrial processing Enhancement
Website: www.project-alpine.eu
Advanced Laser Processing for Photovoltaic Manufacturing
Objectives:
Develop monolithic fiber-based optical amplifiers for scribing of solar cells
Provide CdTe/CdS and CuInGaSe2/CdS thin film solar cells
Integrate the laser source developed into a machine concept
Develop and test standards parameters
Testing of PV devices and scribing process validation
Polybright
Website:www.polybright.eu
High brilliance laser development for welding polymer materials
Objectives:
Break new paths for the laser beam processing of advanced polymeric materials
Exploit the benefits of new high brilliance laser sources
Challenge the limits of conventional joining processes as well as existing production systems and equipment
The LIFT project has received funding from the European Community's Seventh Framework Programme FP7-NMP-2008- 4.0.4 under grant agreement n° CP-IP 228587-1