NOVELTY - Flexible solar power apparatus comprises: a flexible bottom sheet of a first material having a front surface and a back surface; at least one sealed module chamber including a solar cell circuit with interconnected solar cells, formed over the first front surface region of the first portion, and a sealed wire chamber formed over the second front surface region; and a junction-box formed over the second flexible top sheet of the sealed wire chamber.    USE - Used as a solar power apparatus.    ADVANTAGE - The solar power apparatus: provides unique dielectric materials and lay-up structure to inhibit any electrical wet leakage failures; and has improved reliability and safety, which enhances its ability to last at least 25 years.    DETAILED DESCRIPTION - Flexible solar power apparatus comprises: a flexible bottom sheet of a first material having a front surface and a back surface, where the flexible bottom sheet includes first and second portions including first and second front surface regions, respectively; at least one sealed module chamber including a solar cell circuit with interconnected solar cells, formed over the first front surface region of the first portion, and a sealed wire chamber formed over the second front surface region, where a peripheral edge seal wall applied along the periphery of the flexible bottom sheet seals the outer edges of both the sealed module chamber by a first portion of the peripheral edge seal wall and also the sealed wire chamber by a second portion of the peripheral edge seal wall, an inner seal wall separates the sealed module chamber and the sealed wire chamber, a first flexible top sheet of a second material disposed on the first portion of the peripheral edge seal wall and the inner seal wall thus enclosing a light receiving side of the at least one sealed module chamber, and a second flexible top sheet of the first material is disposed on the second portion of the peripheral edge seal wall and the inner seal wall thus enclosing the sealed wire chamber; and a junction-box formed over the second flexible top sheet of the sealed wire chamber, where terminal wires of the solar cell circuit are extended from the sealed module to the junction box through the sealed wire chamber. INDEPENDENT CLAIMS are also included for:    (1) a flexible solar panel (100) (I) comprising: the bottom protective sheet (112) of the first material; a front protective sheet placed over the bottom protective sheet, where the front protective sheet includes a first section of a first material and a second section of a second material placed adjacent to the first section along an interface, the first material is a transparent material, and the moisture resistance of the second material is greater than the first material; 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; an inner moisture sealant wall formed between the front and bottom protective sheets and along the interface and between the first and second sections of the front protective sheet, thus forming the sealed module chamber under the first section and sealed wire chamber under the second section; and the junction box that is attached to the wire chamber to connect the flexible solar panel to a power circuitry, where the solar cell circuit (108) including many interconnect solar cells (110) are disposed in the sealed module chamber, and terminal wires of the solar cell circuit is extended from the sealed module chamber to the junction box through the sealed wire chamber; and    (2) a flexible solar panel (II) comprising: the sealed module chamber having first and second surfaces, where the first surface is transparent to permit light to enter the sealed module chamber, and the sealed module chamber defines first and second ends having end walls; many solar cells positioned within the sealed module chamber, where the solar cells has at least one wire that transmits energy from the plurality of solar cells to an external recipient of the energy; a sealed wiring chamber having outer surfaces including first and second surfaces that is attached adjacent to the first end of the sealed module chamber so that an end wall of the sealed module chamber defines an inner seal wall between the chambers and where the at least one wire extends through the sealed wiring chamber; and the junction box that is attached to one of the outer surfaces of the sealed wiring chamber, where the junction box receives the wire from the sealed wiring chamber and permits electrical interconnection between the wire and the external recipient of energy.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic cross-sectional view of the flexible solar panel.    Flexible solar panel (100)    Solar cell circuit (108)    Solar cells (110)    Bottom protective sheet (112)    Sealant wall (116)