The baseline process sequence using nontextured square wafers was integrated. Difficulties encountered include: (1) replacement of the N-250 spray on diffusion source with PX-10 source; and (2) modification of the firing for printed silver and aluminum contracts is required to accommodate the change of wafer size and shape. Results indicate that the cells processed through the entire process sequence except laser scribe and spray on AR coating indicate the process sequence is feasible. Greater cell conversion efficiency is presented
During the program a process sequence was proposed and tested for the fabrication of dendritic welb ...
An automated process sequence was defined, process steps were organized into groups for investigatio...
Progress in the development of solar cells and module process steps for low-cost solar arrays is rep...
Analyses of solar cell and module process steps for throughput rate, cost effectiveness, and reprodu...
The purpose of the overall program is to establish technological readiness and provide verification ...
An advanced process sequence for manufacturing high efficiency solar cells and modules in a cost-eff...
Several modifications instituted in the wafer surface preparation process served to significantly re...
A baseline sequence for the manufacture of solar cell modules was specified. Starting with silicon w...
The state of technology readiness for the automated production of solar cells and modules is reviewe...
The Automated Array Assembly Task, Phase 2 of the Low Cost Silicon Solar Array Project is a process ...
Progress was made on the process sequence for module fabrication. A shift from bonding with a confor...
An analysis was made of cost tradeoffs for shaping modified square wafers from cylindrical crystals....
A cost effective design and manufacturing process which would produce solar cell modules capable of ...
The technological readiness of the proposed process sequence was reviewed. Process steps evaluated i...
The cell preparation station was installed in its new enclosure. Operation verification tests were p...
During the program a process sequence was proposed and tested for the fabrication of dendritic welb ...
An automated process sequence was defined, process steps were organized into groups for investigatio...
Progress in the development of solar cells and module process steps for low-cost solar arrays is rep...
Analyses of solar cell and module process steps for throughput rate, cost effectiveness, and reprodu...
The purpose of the overall program is to establish technological readiness and provide verification ...
An advanced process sequence for manufacturing high efficiency solar cells and modules in a cost-eff...
Several modifications instituted in the wafer surface preparation process served to significantly re...
A baseline sequence for the manufacture of solar cell modules was specified. Starting with silicon w...
The state of technology readiness for the automated production of solar cells and modules is reviewe...
The Automated Array Assembly Task, Phase 2 of the Low Cost Silicon Solar Array Project is a process ...
Progress was made on the process sequence for module fabrication. A shift from bonding with a confor...
An analysis was made of cost tradeoffs for shaping modified square wafers from cylindrical crystals....
A cost effective design and manufacturing process which would produce solar cell modules capable of ...
The technological readiness of the proposed process sequence was reviewed. Process steps evaluated i...
The cell preparation station was installed in its new enclosure. Operation verification tests were p...
During the program a process sequence was proposed and tested for the fabrication of dendritic welb ...
An automated process sequence was defined, process steps were organized into groups for investigatio...
Progress in the development of solar cells and module process steps for low-cost solar arrays is rep...