NOVELTY - Solar cell module (100) for back-contacted solar cells comprises in a layer a number of back-contacted solar cells (S1,S2,S3), placed in an ordered sequence, and a planar contacting means, where the planar contacting means is arranged for providing a series connection between respective back contacts of each pair of adjacent solar cells in the ordered sequence.    USE - The solar cell module is used for back-contacted solar cells.    ADVANTAGE - The layered connection structure contains two electrically conductive layers or foils in the first and second stratum respectively, that are on top of each other in an arrangement that allows for easy contacting with the rear-side contact-connections of the solar cell. The design of each layer then becomes a simple rectangle for which resistive losses are set by the thickness of the metal layer only, not by its design. The patterning of the conductive layers or foils also becomes much simpler. Only the upper conductive layer requires to be perforated to allow for interconnections between the contact connections of the solar cell and the lower conductive layer. The required metal perforations can be mass-produced at much higher speed when compared with (chemical) milling, for instance with laser cutting or punching tools.    DETAILED DESCRIPTION - Solar cell module (100) for back-contacted solar cells comprises in a layer a number of back-contacted solar cells (S1,S2,S3), placed in an ordered sequence, and a planar contacting means, where the planar contacting means is arranged for providing a series connection between respective back contacts of each pair of adjacent solar cells in the ordered sequence. The planar contacting means is a layered connection structure comprises: (a) a first stratum and a second stratum; and (b) a first pair of adjacent solar cells is connected in series along a first conductive path in the first stratum and one solar cell of the first pair is connected in series to a next adjacent solar cell in the ordered sequence along a second conductive path in the second stratum, where the first stratum is arranged between the layer of the solar cells and the second stratum. An INDEPENDENT CLAIM is included for a method for manufacturing a solar cell module.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of a solar cell module.    Solar cell module (100)    Upper joining layer (F)    Glass plate (G)    Solar cells (S1,S2,S3)    Layered connection structure (SC)