NOVELTY - A solar cell module comprises a panel of transparent material that transmits sunlight, a panel of heat-conducting material arranged opposite to the sunlight incidence side, a light transmitting elastomer member, and a solar cell element.    USE - The solar cell module is useful for converting solar energy into electricity.    ADVANTAGE - The solar cell module has a high conversion efficiency and exhibits good durability during prolonged outdoor exposure. Thus, it is useful for photovoltaic power plants of large scale which play an important role as the energy source to solve the global environment issue.    DETAILED DESCRIPTION - A solar cell module comprises a panel of transparent material that transmits sunlight, a panel of heat-conducting material arranged opposite to the sunlight incidence side, a light transmitting elastomer member, and a solar cell element, the light transmitting elastomer member and the solar cell element being interposed between the panel of transparent material and the panel of heat-conducting material, with the light transmitting elastomer member being disposed on the sunlight incidence side, in such a way that the light-transmitting elastomer member presses the solar cell element against the panel of heat-conducting material, where the light transmitting elastomer member includes a set of small pieces joined together, at least whose light incidence plane has a semicircular cross section, semielliptic cross section, or half-racetrack-like cross section with round sides, and the small pieces are formed such that the finger electrodes and/or bus bar electrodes of the solar cell element are arranged at the joining parts of the small pieces so that the light transmitting elastomer member alters the optical path of the direct incident light by the refractive action of the light transmitting elastomer, thus allowing the finger electrodes and/or bus bar electrodes of the solar cell element to be placed in the region where there is less incident light than the region where there is direct incident light not affected by refractive action. An INDEPENDENT CLAIM is a light control sheet for solar cell modules which is arranged on the light incidence side of a solar cell element having finger electrodes and bus bar electrodes and which disperses the direct incident light entering the finger electrodes and/or bus bar electrodes toward the surrounding, where the finger electrodes and/or bus bar electrodes of the solar cell element are arranged at joining parts of a set of small pieces of elastomer joined together, at least whose light incidence plane has a semicircular cross section, semielliptic cross section, or half-racetrack-like cross section with round sides.