NOVELTY - A solar cell comprises a baseplate and a transparent baseplate oppositely stacked to form an inner space; two electron-transporting layers arranged in the inner space and oppositely stacked in interval; a light-absorbing layer provided in the inner space proximate to a surface of electron-transporting layer of transparent baseplate and comprising two separated light-absorbing parts and two first wires; and an antipodal layer provided in the inner space proximate to a surface of electron-transporting layer of baseplate and comprising two separated antipodal parts and two second wires.    USE - Solar cell.    ADVANTAGE - The solar cell has excellent current transmission efficiency.    DETAILED DESCRIPTION - A solar cell comprises a baseplate and a transparent baseplate oppositely stacked with the baseplate to form an inner space. Light opposite to an outer part of inner space enters the inner space through the transparent baseplate. Two electron-transporting layers are arranged in the inner space and oppositely stacked in interval. A light-absorbing layer comprising at least two separated light-absorbing parts and at least two first wires is provided in the inner space proximate to a surface of electron-transporting layer of transparent baseplate. The light-absorbing parts are coupled with the first wires through the electron-transporting layer. The electron-transporting layer opposite to the two light-absorbing parts is a blocker, and the two first wires are arranged on two sides of the blocker. An antipodal layer comprising at least two separated antipodal parts and at least two second wires is provided in the inner space proximate to a surface of electron-transporting layer of baseplate. The antipodal parts are coupled with the second wires through the electron-transporting layer. The electron-transporting layer opposite to the two antipodal parts is a blocker, and the two second wires are arranged on two sides of the blocker. The light-absorbing layer absorbs light entering the inner space to generate potential difference to generate current. An INDEPENDENT CLAIM is included for manufacture of solar cell by oppositely stacking baseplate and transparent baseplate to form an inner space, arranging two electron-transporting layers in the inner space, oppositely arranging light-absorbing layer and antipodal layer on neighboring surfaces of two electron-transporting layers, forming a groove to block light-absorbing part and electron-transporting layer and another groove to block antipodal part and electron-transporting layer, and filling electrolyte in the inner space.