NOVELTY - Manufacturing solar decal device comprises: providing substrate (101) member; forming flexible and conformal material (110) overlying surface region with polymer material; forming interface region (115); forming film of materials mechanically overlying flexible and conformal material; forming solar cell; supporting the substrate member, flexible and conformal material, interface region, and solar cells to expose backside region (113) of transparent substrate member; and irradiating backside region with electromagnetic radiation (200) to release flexible and conformal material.    USE - The method is useful for manufacturing solar decal device which is useful in portion of automobile, glass, window, laptop computer, handheld personal digital assistant device, clothing, table, housing tile, outdoor furniture and/or shaped object (claimed).    ADVANTAGE - The method: provides solar cells free from any damage or breakage when films of materials subjected to bending: utilizes thin films forms semiconductor thin film material with atomic stoichiometry, impurity concentration, carrier concentration and doping; utilizes eco friendly materials; and provides solar decal device that is re-applied on various substrate members.    DETAILED DESCRIPTION - Manufacturing a solar decal device affixable to a substrate structure comprises: providing a transparent substrate (101) member having a surface region; forming a flexible and conformal material (110) overlying surface region with a polymer material capable of detachment from the substrate member; forming an interface region (115) within a vicinity between the surface region and the polymer material; forming at least one film of materials mechanically overlying the flexible and conformal material, where the films of materials includes an absorber material with a grain size of 0.5-4 mu ; forming at least one solar cell spatially provided by the films of materials with a thickness of 25 mu and less with a flexible characteristic, where the flexible characteristic maintains each of the solar cells substantially free from any damage or breakage to it when the films of materials is subjected to bending; supporting at least the substrate member, the flexible and conformal material, the interface region, and the solar cells to expose a backside (113) region of the transparent substrate member; and irradiating the backside region with electromagnetic radiation (200) to selectively release the flexible and conformal material from the surface region to substantially free the solar cells spatially provided by the films of materials mechanically coupled to the flexible and conformal material.    DESCRIPTION OF DRAWING(S) - The figure schematically shows the method of releasing the flexible and conformal material.    Transparent substrate (101)    Flexible and conformal material (110)    Backside region (113)    Interface region (115)    Electromagnetic radiation (200)