NOVELTY - A translucent solar cell comprises a transparent substrate (140); a translucent anode (130) made of an organic material on top of the substrate, and having a volume and a metallic mesh (150); a transparent active layer (120) made of an organic material; and a translucent cathode (110). The active layer is in between the translucent anode and the translucent cathode.    USE - Translucent solar cell for untrapped applications in the building and transportation industry. Building applications include commercial, industrial, institutional (educational and governmental), and residential markets. Commercial and industrial markets include offices, hotels/motels, skyscrapers, factories, power plants, and warehouses. Institutional and residential markets include colleges/universities, hospitals, government buildings, houses, apartment blocks, and condominiums. In the transportation industry, the polymer solar cells can fit into any type of transports with windows in air, rail, road, and water. In particular, we can integrate our translucent solar cells from commercial or military aircrafts to ground and water transportation such as passenger/commuter trains, automobiles, buses, trucks, ships, and boats.    ADVANTAGE - The translucent solar cell has a low cost for their raw material and their manufacturing. From a raw material point of view, a polymer is derived from organic elements having great abundance and availability. From a manufacturing point of view, the solar cells utilize solution processing, thus yielding an easier fabrication process that requires less energy input than their silicon or other inorganic counterparts.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for fabricating translucent solar cells, comprising:    (A) providing a transparent substrate;    (B) forming a transparent anode on the transparent substrate, where the transparent anode is a transparent conducting oxide layer deposited on the transparent substrate;    (C) forming an organic active layer on the transparent anode, where the organic active layer having a mix of donor and acceptor molecules; and    (D) forming a transparent cathode on top of the organic active layer by evaporation, where the transparent cathode is metal layer(s) having a thickness of less than 20 nm.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a translucent solar cell.    Cathode (110)    Active layer (120)    Anode (130)    Substrate (140)    Mesh (150)