NOVELTY - Flexible solar power apparatus, comprises: a first flexible bottom sheet and a second flexible top sheet; many side sealing regions interposed between the first flexible bottom sheet and the second flexible top sheet, so as to define at least one sealed module chamber having an interior space and exterior surfaces; a solar cell circuit with interconnected solar cells having terminal wires positioned within at least one sealed module chamber; and a junction box formed on a first exterior surface of at least one sealed module chamber.    USE - The flexible solar power apparatus is useful in flexible solar panel (claimed).    ADVANTAGE - The apparatus provides unique dielectric materials and lay-up structure to inhibit any electrical wet leakage failures, thus exhibits improved reliability and safety for the flexible solar panel.    DETAILED DESCRIPTION - Flexible solar power apparatus, comprises: a first flexible bottom sheet and a second flexible top sheet; many side sealing regions interposed between the first flexible bottom sheet and the second flexible top sheet so as to define at least one sealed module chamber having an interior space and exterior surfaces; a solar cell circuit with interconnected solar cells having terminal wires positioned within at least one sealed module chamber; and a junction box formed on a first exterior surface of at least one sealed module chamber, where terminal wires of the solar cell circuit are extended from at least one sealed module chamber to the junction box through a first one of the many side sealing regions so as to be surrounded by the material of the side sealing region from the interior space of at least one sealed module chamber to be positioned adjacent the first exterior surface of the sealed module chamber. An INDEPENDENT CLAIM is also included for a flexible solar panel (100), comprising: a bottom protective sheet (112) of a first material; a front protective sheet formed of a second material spaced from the bottom protective sheet, so as to define a space between them; an edge moisture sealant wall (116) formed between the bottom protective sheet and the front protective sheet along the perimeters of the bottom and the front protective sheet, thus sealing the perimeters of the bottom protective sheet and the front protective sheet against moisture so as to define a sealed module chamber; a solar cell circuit (108) having terminal wires including many interconnected solar cells is disposed in the sealed module chamber; a moisture protection layer that is positioned in the sealed module chamber so as to inhibit moisture intrusion toward the solar cells from the direction of the front protective sheet; and a junction box (106) mounted on the flexible solar panel that is connected to the terminal wires of the solar cell circuit.    DESCRIPTION OF DRAWING(S) - The figure shows schematic cross sectional view of the flexible solar panel.    Flexible solar panel (100)    Junction box (106)    Solar cell circuit (108)    Bottom protective sheet (112)    Sealant wall (116)