NOVELTY - A solar cell concentrator receiver has a di-electric sheet (19) sandwiched between a top metallic sheet (19A) and a rear metallic-sheet (19B). The top metallic sheet has an etched electrical circuit pattern. The rear metallic-sheet has an etched stress relief thermal conduction pattern.    USE - For the generation of electrical power for public and private use.    ADVANTAGE - The invention minimizes obscuration losses, improves thermal conduction, reduces coefficient of thermal expansion stresses, and can be produced at reduced manufacturing costs.    DETAILED DESCRIPTION - A solar cell concentrator receiver comprises a solar cell (11) having a top side (13), a front side (14) and a rear side (15). An electrically conductive interconnect is in contact with the solar cell top side and wrapped around the solar cell from the top side to the rear side. A first di-electric element insulates the front side and the rear side of the solar cell from the electrically conductive interconnect. A second di-electric sheet is sandwiched between a top metallic sheet and a rear metallic-sheet. The top metallic sheet has an etched electrical circuit pattern. The rear metallic-sheet has an etched stress relief thermal conduction pattern. A metallic heat sink (18) is also provided. First electrically conductive adhesives (20A) secure the solar cell and the electrically conductive interconnect to the top metallic element on the second dielectric element. A pliable material fills gaps between adjacent first electrically conductive adhesives. A second electrically adhesive (20B) secures the heat sink to the rear metallic element on the second di-electric sheet. The solar cell concentrated receiver converts solar energy to electrical energy, and provides an electrical power transfer and interconnection path together with a thermally conductive path for heat dissipation. The electrical power transfer and interconnection path is provided by the top metallic sheet in contact with the first electrically conductive adhesives. The thermally conductive path is provided by the rear metallic sheet element in contact with the second electrically conductive adhesives which are also thermally conductive.    An INDEPENDENT CLAIM is also included for a process for manufacturing a solar cell concentrator receiver.    DESCRIPTION OF DRAWING(S) - The figure is a schematic cross-sectional of a solar cell/insulator/conductor circuit of the invention.    Solar cell (11)    Top side (13)    Front side (14)    Rear side (15)    Heat sink (18)    Second di-electric sheet (19)    Metallic sheets (19A-B)    Adhesives (20A-B)