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Light-trapped interconnected, Silicon-Film{trademark} modules. Annual technical status report, 18 November 1995--18 November 1996
doi: 10.2172/453484
Light-trapped interconnected, Silicon-Film{trademark} modules. Annual technical status report, 18 November 1995--18 November 1996
AstroPower is developing a module-manufacturing technology based on a film-silicon technology. AstroPower, as a Technology Partner in the Thin-Film PV Partnership, is employing its Silicon-Film{trademark} technology to develop an advanced thin-silicon-based product. This module will combine the design and process features of the most advanced thin-silicon solar cells with light-trapping. These cells will be integrated into a low-cost interconnected array. During the second year of the 3-year project, AstroPower`s emphasis was on developing key submodule fabrication processes. Key results of the work include developing a new thin-film growth concept process based on attaching the low-cost substrate to the thin silicon layer after film growth; developing a new technique to achieve light-trapping in thin layers of silicon based on pigmented high-temperature glass materials; and developing key submodule fabrication processes, including contact grid design, subelement isolation, and screen-printed interconnection.
- University of North Texas United States
- University of North Texas United States
Thin Films, Manufacturing, Crystal Growth, Progress Report, Reflective Coatings, 14 Solar Energy, Surface Coating, 600, Silicon Solar Cells, 620
Thin Films, Manufacturing, Crystal Growth, Progress Report, Reflective Coatings, 14 Solar Energy, Surface Coating, 600, Silicon Solar Cells, 620
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