Abstract: The present invention relates to a module of opto-electronic devices, which comprises a plurality of opto-electronic devices arranged on a first electrically insulating carrier substrate to define a plurality of interconnection regions between the opto-electronic devices, with each opto-electronic device comprising: —an upper device component that comprises a second electrically insulating carrier substrate and a counter electrode made of a metal, a conductive oxide or a conductive organic compound; —a lower device component that comprises a working electrode, a blocking layer, an active layer, a hole conducting layer and a lower contact layer, and —a conductive adhesive disposed between the upper device component and the lower device component, wherein the conductive adhesive disposed between the upper device component and the lower device component is a transparent conductive adhesive and an interconnecting conductive adhesive is provided in each interconnection region between, and in electrical contact wit

Abstract: The present invention relates to a opto-electronic device which comprises: (a) an upper device component comprising: a counter electrode made of a metal, a conductive oxide or a conductive organic compound; (b) a lower device component comprising: a glass or polymeric carrier substrate, a working electrode comprising a transparent conductive coating adjacent to the glass or polymeric substrate, a blocking layer, an active layer, a hole conducting layer, (c) a conductive adhesive disposed between the upper device component and the lower upper device component, and (d) a contact layer for facilitating the injection of electrons into the active layer, between and in contact with, the conductive adhesive and the hole conducting layer.

Abstract: The present invention relates to an opto-electronic device comprising: (a) a first component (2) comprising a transparent electrode, and (b) a second component (3) comprising: —a metal substrate (5), —a blocking layer (7), —an active layer (8), and —a hole conducting layer (9, 10), wherein the metal substrate is provided with a plating layer (6) between the metal substrate and the blocking layer.

Abstract: The present invention relates to an opto-electronic device comprising: a first component comprising an electrode, an active layer and a first transparent conductive layer; a second component comprising a transparent electrode, and a transparent adhesive disposed between the first component and the second component, wherein the transparent electrode comprises a metal or metal alloy current collector and the transparent adhesive comprises one or more conductive components.