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Silicon-Film(TM) Solar Cells by a Flexible Manufacturing System: Final Report, 16 April 1998 -- 31 March 2001
doi: 10.2172/15000185
Silicon-Film(TM) Solar Cells by a Flexible Manufacturing System: Final Report, 16 April 1998 -- 31 March 2001
This report describes the overall goal to engineer and develop flexible manufacturing methods and equipment to process Silicon-Film solar cells and modules. Three major thrusts of this three-year effort were to: develop a new larger-area (208 mm x 208 mm) Silicon-Film solar cell, the APx-8; construct and operate a new high-throughput wafer-making system; and develop a 15-MW single-thread manufacturing process. Specific technical accomplishments from this period are: Increase solar cell area by 80%, increase the generation capacity of a Silicon-Film wafer-making system by 350%, use a new in-line HF etch system in solar cell production, design and develop an in-line NaOH etch system, eliminate cassettes in solar cell processing, and design a new family of module products.
- University of North Texas United States
- University of North Texas United States
Solar Cells Pv, Design, Capacity, Wafer-Making System, In-Line Diffusion Oxide Etching, Solar Energy - Photovoltaics, Single-Thread Manufacturing Process, Production, 14 Solar Energy, Engineers, Silicon-Film Solar Cell, Pv, Processing, Metallization, 620, Module Junction Box, Manufacturing, Apx-8
Solar Cells Pv, Design, Capacity, Wafer-Making System, In-Line Diffusion Oxide Etching, Solar Energy - Photovoltaics, Single-Thread Manufacturing Process, Production, 14 Solar Energy, Engineers, Silicon-Film Solar Cell, Pv, Processing, Metallization, 620, Module Junction Box, Manufacturing, Apx-8
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