Energy conversion structures

Claim 2

Radiant energy responsive apparatus comprising a radiant energy transmissive conductor; a photoactive semiconductor in contact with said energy transmissive conductor; an insulatable electrode having face and side surfaces with one face surface in contact with said semiconductor; an insulator confined to face and side surfaces of said insulatable electrode; and a further electrode upon said insulated electrode in simultaneous electrical contact with said energy transmissive conductor and said semiconductor.

Claim 3

Apparatus as defined in claim 1 comprising a panel including said energy transmissive conductor as a layer, a set of spaced apart semiconductor segments upon the transmissive conductor layer, an insulated electrode segment upon each said semiconductor segment, and an electrode layer upon said electrode segments extending into electrical contact with said energy transmissive conductor and said semiconductor segments.

Claim 4

Apparatus as defined in claim 1 wherein said energy transmissive conductor is transparent to radiation and said semiconductor is amorphous.

Claim 5

Apparatus as defined in claim 1 wherein said insulatable electrode is metallic, said insulator is metallic oxide and said further electrode is metallic.

Claim 6

Apparatus as defined in claim 1 wherein said insulatable electrode and said further electrode are aluminum.

Claim 7

Apparatus as defined in claim 1 wherein said semi-conductor has a body of amorphous silicon with a plurality of P, I and N regions forming a plurality of junctions.

Claim 8

Apparatus as defined in claim 6 wherein said junctions are series-connected.

Claim 9

Apparatus as defined in claim 1 forming a solar panel with edge metallization.

Claim 10

Energy responsive apparatus as defined in claim 1 wherein said insulatable electrode is oxidizable and said insulator is an oxide of the material of said electrode.

Claim 11

An energy responsive device as defined in claim 1 comprising an energy transmissive conductive layer; a set of spaced apart semiconductor layers upon said energy transmissive layer; a conductor upon each semiconductor layer; an insulating layer upon each conductor; and a conductive layer upon each insulated conductor extending into electrical contact with said energy transmissive layer and each semiconductor layer.

Claim 12

A radiant energy responsive device comprising a conductor; an insulator upon said conductor; an insulatable electrode in contact with said insulator; a photoactive semiconductor in contact with said insulatable electrode; said insulatable electrode having an edge extending between said semiconductor and said insulator; insulation upon the edge of said insulatable electrode; and a radiant energy transmissive conductive layer upon said semiconductor extending into simultaneous electrical contact with said conductor and said semiconductor.

Claim 13

A radiant energy responsive device comprising a conductor; an insulator upon said conductor; an insulatable electrode in contact with said insulator; a photoactive semiconductor in contact with said insulatable electrode; said insulatable electrode having an edge extending between said semiconductor and said insulator; insulation upon the edge of said insulatable electrode; and a radiant energy transmissive conductive layer upon said semiconductor extending into simultaneous electrical contact with said conductor and said semiconductor.

Claim 14

An energy responsive device as defined in claim 11 wherein said electrode is oxidizable and said edge insulation is an oxide of the material of said electrode.

Claim 15

An energy responsive device as defined in claim 11 wherein said semiconductor has face and side surfaces and said energy transmissive conductive layer is in contact with a face and a side surface of said semiconductor.

Claim 16

Apparatus as defined in claim 11 comprising a panel including said conductor as a base layer, a set of spaced apart insulator segments of said base layer, an insulated electrode segment upon each said insulator segment, a semiconductor segment upon each said insulated electrode segment, and an electrode layer formed by said energy transmissive conductor extending into electrical contact with said base layer and said semiconductor segments.

Claim 17

A solar panel comprising a substrate; a deposit of tin oxide over said substrate; an edge of metallization on said tin oxide; a cut in said tin oxide along said edge of metallization producing an active cell on the unmetallized side of said cut; a deposit of amorphous silicon of the unmetallized tin oxide within a prescribed distance of the edge metallization, whereby a portion of underlying tin oxide is exposed adjacent to the edge of metallization; a first aluminum layer deposited upon said amorphous silicon; a set of cuts penetrating said amorphous silicon and said first aluminum layer to said tin oxide; an oxide upon said first aluminum layer; and a second aluminum layer deposited to contact said edge of metallization and insulated from said first aluminum layer and periodically contacting the tin oxide through said cuts.

Claim 18

A solar panel comprising a substrate; a deposit of tin oxide over said substrate; an edge of metallization on said tin oxide; a cut in said tin oxide along said edge of metallization producing an active cell on the unmetallized side of said cut; a deposit of amorphous silicon of the unmetallized tin oxide within a prescribed distance of the edge metallization, whereby a portion of underlying tin oxide is exposed adjacent to the edge of metallization; a first aluminum layer deposited upon said amorphous silicon; a set of cuts penetrating said amorphous silicon and said first aluminum layer to said tin oxide; an oxide upon said first aluminum layer; and a second aluminum layer deposited to contact said edge of metallization and insulated from said first aluminum layer and periodically contacting the tin oxide through said cuts.