Several major modifications were made to the design presented at the PDR. The frame was deleted in favor of a "frameless" design which will provide a substantially improved cell packing factor. Potential shaded cell damage resulting from operation into a short circuit can be eliminated by a change in the cell series/parallel electrical interconnect configuration. The baseline process sequence defined for the MEPSON was refined and equipment design and specification work was completed. SAMICS cost analysis work accelerated, format A's were prepared and computer simulations completed. Design work on the automated cell interconnect station was focused on bond technique selection experiments
A process sequence for a large area ( or = 25 sq. cm) silicon solar cell was investigated. Generic c...
A program is described which supports and promotes the development of processing techniques which ma...
Methods are explored for economically generating electrical power to meet future requirements. The L...
Technical readiness for the production of photovoltaic modules using single crystal silicon dendriti...
The purpose of this program is to demonstrate the technical readiness of a cost effective process se...
Meniscus coates tests, back junction formation using a new boron containing liquid, tests of various...
The results are given of an advanced module development program with the objective of providing a lo...
Analyses of solar cell and module process steps for throughput rate, cost effectiveness, and reprodu...
The state of technology readiness for the automated production of solar cells and modules is reviewe...
Liquid diffusion masks and liquid dopants to replace the more expensive CVD SiO2 mask and gaseous di...
A baseline sequence for the manufacture of solar cell modules was specified. Starting with silicon w...
High efficiency solar cells required for the low cost modules was developed. The production tooling ...
The cell preparation station was installed in its new enclosure. Operation verification tests were p...
The Automated Array Assembly Task, Phase 2 of the Low Cost Silicon Solar Array Project is a process ...
Liquid diffusion masks and liquid applied dopants to replace the CVD Silox masking and gaseous diffu...
A process sequence for a large area ( or = 25 sq. cm) silicon solar cell was investigated. Generic c...
A program is described which supports and promotes the development of processing techniques which ma...
Methods are explored for economically generating electrical power to meet future requirements. The L...
Technical readiness for the production of photovoltaic modules using single crystal silicon dendriti...
The purpose of this program is to demonstrate the technical readiness of a cost effective process se...
Meniscus coates tests, back junction formation using a new boron containing liquid, tests of various...
The results are given of an advanced module development program with the objective of providing a lo...
Analyses of solar cell and module process steps for throughput rate, cost effectiveness, and reprodu...
The state of technology readiness for the automated production of solar cells and modules is reviewe...
Liquid diffusion masks and liquid dopants to replace the more expensive CVD SiO2 mask and gaseous di...
A baseline sequence for the manufacture of solar cell modules was specified. Starting with silicon w...
High efficiency solar cells required for the low cost modules was developed. The production tooling ...
The cell preparation station was installed in its new enclosure. Operation verification tests were p...
The Automated Array Assembly Task, Phase 2 of the Low Cost Silicon Solar Array Project is a process ...
Liquid diffusion masks and liquid applied dopants to replace the CVD Silox masking and gaseous diffu...
A process sequence for a large area ( or = 25 sq. cm) silicon solar cell was investigated. Generic c...
A program is described which supports and promotes the development of processing techniques which ma...
Methods are explored for economically generating electrical power to meet future requirements. The L...