Transparent building-integrated PV modules. Phase 1: Comprehensive report [report]

1998 unpublished
ensive Report encompasses the activities that have been undertaken by Kiss + itects, in conjunction with Energy Photovoltaics, Incorporated (EPV), to develop basic methods for increasing transparency/light transmission by means of : widening existing scribe lines, or scribing a second series of lines the fist. These methods can yield essentially any degree of light transmission, in visible patterns of light and dark on the panel surface. A third proposed of dots through the films, independent
more » ... the normal cell scribing. This al to produce a light-transmitting panel with no visible pattern. ger scales can be created using combinations of these techniques. s, in conjunction with EPV are currently developing a complementary le lamination of thin-film PVs, which enables building integrated ced in sizes up to 48" x 96". Flexible laser patterning will be used ystem for thin-film photovoltaic (PV) modules for building applications. purposes, all intended to broaden the appeal of the product to the building sector. mitransparent thin-film modules for skylights, and in some applications, for amental effects. This application is similar to fritted glass (see hading, visual screening, graphics, and other purposes. V modules to be fabricated in various sizes and shapes with maximum control t have made apparent that the detailed data needed for BIPV exist in the public domain. However, existing data from visual and architectural qualities similar to BIPVs) can be re searches to provide a substantially accurate picture. g product types: igh t transrni ttance) d-ceramic patterned glass, often used for shading or ornamental purposes) use applications do not require clear glass) Kiss+Cathcar , Architects
doi:10.2172/676958 fatcat:nxjxq675ovdoxfih4mxpnor2mi