United Solar Systems Corporation

United Solar Ovonic Corp.

Kermit Jones

Prem Nath

Avtar Singh

Kevin R Hoffman

Timothy D Laarman

Kevin Beernink

Kenneth Lord

Jon Call

Steve Heckeroth

Gregory Demaggio

Gary M Didio

Arthur Myatt

A web of a first sheet material and a web of a second sheet material are laminated together by a process wherein the sheet materials are wound, in an interleaved relationship, upon a roller having a radially displaceable outer surface. The roller and webs and then subjected to heating and/or a low-pressure environment so as to complete the lamination. A body of adhesive material, such as a hot melt adhesive, may be interposed between the webs and the heating or low pressure environment can activate this adhesive. Further disposed are particular configurations of rollers with radially displaceable surfaces.

Lamination process and roller for use therein

A photovoltaic building material comprises a substrate having one or more photovoltaic generating devices encapsulated thereupon. The substrate includes a body of contact adhesive material, preferably protected by a release layer. The material is readily installed onto a roof, wall or other portion of a building structure by use of the adhesive. The material can also be used for the custom fabrication of power generating modules, and such modules and methods for their manufacture are disclosed herein.

Self-adhesive photovoltaic module

A photovoltaic building material comprises a substrate having one or more photovoltaic generating devices encapsulated thereupon. The substrate includes a body of contact adhesive material, preferably protected by a release layer. The material is readily installed onto a roof, wall or other portion of a building structure by use of the adhesive.

In continuous apparatus for the glow discharge deposition of amorphous silicon alloy solar cells of p-i-n-type configuration in a plurality of interconnected, dedicated deposition chambers, a plasma bar operatively disposed between at least the plasma regions in which the layer pairs of amorphous silicon alloy material defining the major semiconductor junction of the solar cell are deposited. The plasma bar is adapted to initiate a plasma so as to prevent chemically adsorbed contaminants from deleteriously affecting the surface of the first deposited of the layer pair, thereby improving the open circuit voltage of the solar cell. In a similar manner, the plasma bar may also be provided between the layer pairs of amorphous silicon alloy material which combine to define the minor semiconductor junction of the solar cell. Finally, a plasma bar may be disposed between the oxide-based layer of a back reflector for reducing oxygen contamination of the silicon alloy material deposited thereupon.

Interfacial plasma bars for photovoltaic deposition apparatus

Growing community of inventors

Rochester, MI, United States of America

Kermit Jones