NOVELTY - Article (A1) comprises a first photovoltaic cell having a downward facing conductive bottom surface, and an interconnecting structure comprising a first polymeric adhesive layer positioned beneath the first cell, where the first adhesive layer has an upward facing surface. The interconnection structure further comprises first conductive material positioned between the first adhesive layer and the first cell bottom surface.    USE - The article is useful for producing photovoltaic structures.    ADVANTAGE - The article: offers unique means to achieve effective integrated connections; and is manufactured in a simple and cost effective manner.    DETAILED DESCRIPTION - Article (A1) comprises a first photovoltaic cell having a downward facing conductive bottom surface, and an interconnecting structure comprising a first polymeric adhesive layer positioned beneath the first cell, where the first adhesive layer has an upward facing surface. The interconnection structure further comprises first conductive material positioned between the first adhesive layer and the first cell bottom surface, where some regions of the upward facing surface of the first adhesive layer remain uncovered with the first conductive material and are in direct physical contact and adhesively bonded to the bottom cell surface, and the bonding of the regions and the bottom cell surface is responsible for maintaining direct physical and electrical contact of a portion of the first conductive material with the first cell bottom surface. An INDEPENDENT CLAIM is also included for an article (A2) comprising multiple photovoltaic cells and interconnection structure to achieve a series interconnection between two of the photovoltaic cells, where: the multiple photovoltaic cells each have a cell body comprising an upward facing light incident top surface and further comprises semiconductor material overlaying conductive material forming a conductive bottom surface facing away from the light incident surface; the interconnection structure comprises a first sheet-like substrate having an upward facing side and a downward facing side; the first sheet-like substrate further comprises multiple regions, where a first of the regions is transparent or translucent and has a first pattern comprising electrically conductive material positioned on the downward facing first substrate side; the first region overlays a preponderance of the light incident surface of a first of the cells such that the downward facing side of the substrate within the first region and the light incident surface face each other and at least a portion of the first pattern is positioned between the downward facing side the light incident surface, and a second of the regions has a second pattern comprising electrically conductive material positioned on the upward facing side of the first substrate; the first and second patterns are in electrical communication; a portion of the second pattern and the conductive bottom surface of a second of the cells are in electrical and physical contact; the second pattern comprises electrically conductive material surrounding holes through the first substrate from the upward facing to downward facing sides; the article further comprises a first adhesive extending through the holes in the first substrate to adhesively attach the first substrate to the bottom second cell surface, and thus maintains the portion of the second pattern in the electrical and physical contact with the second cell bottom surface.    DESCRIPTION OF DRAWING(S) - The figure shows a sectional view taken substantially from the top planview of an article.    Substrate (70)    Exposed surface of finger (84)    Busses (86)    Additional layer (88)    Free surface (100)