Lilly Schoen at 07:46, 3 November 2017

2017-11-03T07:46:08Z

Lilly Schoen: Created page with "{{GlossaryTermTemp |Ambiguities=Small Solar Cells |SubtermOf=Cells, Photovoltaic |Definition=Solar cells and arrays of solar cells are made as thin films on insulating substr..."

2017-11-03T07:42:48Z

Created page with "{{GlossaryTermTemp |Ambiguities=Small Solar Cells |SubtermOf=Cells, Photovoltaic |Definition=Solar cells and arrays of solar cells are made as thin films on insulating substr..."

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{{GlossaryTermTemp
|Ambiguities=Small Solar Cells
|SubtermOf=Cells, Photovoltaic
|Definition=Solar cells and arrays of solar cells are made as thin films on insulating substrates. In an exemplary embodiment, a thin conductive film is deposited on glass and a semi-conductor film is deposited over the metal. The semi-conductor film has a P-N junction parallel to the substrate. Another conductive film is deposited over the semi-conductor and is insulated from the first conductive film. Contacts made to edges of the conductive films form solar cells.
In an array of such cells the edge of the second conductive film of one cell can overlap the edge of the first conductive film of an adjacent film for connecting the cells in series. In one aspect of the invention the films are thin enough to be transparent.
In another aspect, a plurality of semi-transparent films are stacked to absorb selective portions of the spectrum.
In another aspect, a technique of stacking thin films using diagonal displacement of a mask provides successive layers with exposed and covered edges for suitable electrical connections.
|Sources=https://www.google.com/patents/US4400577
}}

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 {{GlossaryTermTemp
-|Ambiguities=Small Solar Cells
+|Ambiguities=Small Solar Cells, Thin Film Solar Cells
-|SubtermOf=Cells, Photovoltaic
+|SubtermOf=Cells, Photovoltaic, Panels
-|Definition=Solar cells and arrays of solar cells are made as thin films on  insulating substrates. In an exemplary embodiment, a thin conductive  film is deposited on glass and a semi-conductor film is deposited over  the metal. The semi-conductor film has a P-N junction parallel to the  substrate. Another conductive film is deposited over the semi-conductor  and is insulated from the first conductive film. Contacts made to edges  of the conductive films form solar cells.
+|Definition=1. Solar cells and arrays of solar cells are made as thin films on  insulating substrates. In an exemplary embodiment, a thin conductive  film is deposited on glass and a semi-conductor film is deposited over  the metal. The semi-conductor film has a P-N junction parallel to the  substrate. Another conductive film is deposited over the semi-conductor  and is insulated from the first conductive film. Contacts made to edges  of the conductive films form solar cells.
 In an array of such cells the  edge of the second conductive film of one cell can overlap the edge of  the first conductive film of an adjacent film for connecting the cells  in series. In one aspect of the invention the films are thin enough to  be transparent.
 In another aspect, a plurality of semi-transparent films  are stacked to absorb selective portions of the spectrum.
 In another  aspect, a technique of stacking thin films using diagonal displacement  of a mask provides successive layers with exposed and covered edges for  suitable electrical connections.
-|Sources=https://www.google.com/patents/US4400577
+. A thin Solar cell is a second generation solar cell that is made by depositing one or more thin layers, or thin film (TF) of photovoltaic material on a substrate, such as glass, plastic or metal. Thin-film solar cells are commercially used in several technologies, including cadmium telluride (CdTe), copper indium gallium diselenide (CIGS), and amorphous thin-film silicon (a-Si, TF-Si).
 }}

Thin Solar Cells - Revision history

Lilly Schoen at 07:46, 3 November 2017

Lilly Schoen: Created page with "{{GlossaryTermTemp |Ambiguities=Small Solar Cells |SubtermOf=Cells, Photovoltaic |Definition=Solar cells and arrays of solar cells are made as thin films on insulating substr..."