NOVELTY - A continuous multi-module power supply including solar cell modules is manufactured by placing a solar cell string into cavity, where the solar cell string comprises two solar cells (2a-c) that are electrically interconnected and include a front light receiving side facing the first elongated protection sheet (7) and a back substrate side; arranging two terminal wires (4, 5) with positive and negative polarity; partially covering each solar cell string with a support material; and placing a second protective sheet (8) over the support material and moisture barrier frame.    USE - Method for manufacturing a continuous multi-module power supply including solar cell modules (claimed).    ADVANTAGE - The method can save cost and power loss in the interconnection wires and other hardware.    DETAILED DESCRIPTION - Manufacturing a continuous multi-module power supply including solar cell modules comprises:    (A) providing a first elongated protective sheet including designated module areas, which are located in an end-to-end fashion;    (B) applying a moisture barrier frame on the first elongated protective sheet (7) surrounding the borders of the designated module areas, where the moisture barrier frame includes side walls disposed along the sides of the designated module areas and divider walls disposed between the adjacent designated module areas, where the first protective sheet, the side walls and the divider walls define cavities;    (C) placing a solar cell string into each cavity, where the solar cell string comprises at least two solar cells (2a-c) that are electrically interconnected and include a front light receiving side facing the first elongated protection sheet and a back substrate side;    (D) arranging two terminal wires (4, 5) with positive and negative polarity, with one end of each of the two terminal wires polarity, with one end of each of the two terminal wires electrically connected to the solar cell string, and each of the two terminal wires extending through the moisture barrier frame so that another end of each of the two terminal wires extends outside the cavity and the moisture barrier frame;    (E) partially covering each of the solar cell strings with a support material on both the front light receiving side and the back substrate side; and    (F) placing a second elongated protective sheet (8) over the support material and the moisture barrier frame to enclose the cavities, thus forming a continuous elongated packaging structure including solar cell modules.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic cross-sectional view of a flexible thin film solar module.    Solar cells (2a-c)    Conductor wires (3)    Terminal wires (4, 5)    Protective sheets (7, 8)    Protective shell (100)