NOVELTY - Single-lens solar module comprises solar cell(s) (16) comprising a material that converts solar radiation into electrical energy; glass slab (12); and single-layer holographic lens (14) formed directly on the glass slab and separated by a distance from the solar cell, that is adapted to selectively deflect a first light component comprising visible light and excluding non-visible light, and to concentrate and focus the first light component onto the solar cell.    USE - Single-lens solar module used to generate electricity from light energy.    ADVANTAGE - The solar module is able to utilize a large range of wavelengths of light and in turn achieves improved overall efficiency. It incorporates fewer and smaller components to reduce the module's size and manufacturing costs. The holographic deflecting lens has the ability to concentrate, focus, and deflect different wavelengths of light in a predetermined manner and enables the use of a minimal amount of silicon and other semiconductor material, where a reduction of up to 90% compared to conventional solar panels is enabled, while producing high amounts of electrical energy. The efficient use of photovoltaic cells allows for production of conventionally sized solar modules that require significantly less semiconductor material. By employing the holographic deflecting lens for producing electrical energy from solar radiation, the percentage of the solar radiation that is used to generate electrical energy is greatly improved. Efficiencies of up to 92% of all solar radiation being converted to electricity using the solar module are realized. The solar modules can be used on the standard single axis tracking system. They include a holographic deflecting lens that adapts to the seasonal or summer-winter variance. Thus, only the daylight, or movement of the sun, needs to be tracked to optimize electricity output.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for manufacture of single-layer holographic lens for a single-lens solar module comprising roll printing a polymer material directly onto a glass slab in a pattern that forms the single-layer holographic lens.    DESCRIPTION OF DRAWING(S) - The drawing is a schematic diagram representing the manner by which some undesirable wavelengths of sunlight are transformed to desirable wavelengths of light, and then the remaining wavelengths of light are focused with high efficiency onto different solar cells according to their wavelengths.    Glass slab (12)    Single-layer holographic lens (14)    Solar cell (16)    Germanium thermophotovoltaic cell (22)