NOVELTY - A self-sustainable ultra efficient hybrid power generation and storage system comprises a solar panel (1) having a pair of reflector wings (2,3), which direct reflected photons to the panel; an electric Peltier Cooler Thermo-couple junction; a blower fronting one of cooler junctions; adenosine tri-phosphate battery; and a controller having a large capacitor.    USE - For capturing, storing and delivering energy.    ADVANTAGE - The system has reduced manufacturing and shipment costs, maximized existing solar electric conversion efficiencies, reduced battery manufacturing costs, and prevented food deterioration. It provides dependable computer backup, efficient source for daily and/or emergency power lights, television and radio receivers and transmitters, and compensates extended interruptions of utility power. The battery charging of the system reduces heat dissipation and bubble formation in the surface of the liquid lead acid battery during the formation process in factory, reduces production costs and minimizes health hazards to factory workers.    DETAILED DESCRIPTION - A self-sustainable ultra efficient hybrid power generation and storage system comprises a solar panel having a pair of reflector wings that direct reflected photons to panel; an electric Peltier Cooler Thermo-couple (PCT) junction connected with the back center of the solar panel; a blower fronting one of the cooler junctions; an adenosine tri-phosphate (ATP) battery with a self cohesive-gel electrolyte based on uric/sulfuric acid; and a controller which uses a large capacity carbon-aluminum capacitor connected with a rectifier in the electric circuit. The controller has an electronic circuitry to switch and discharge the maximum power stored in the large capacitor. The ATP battery has a dry silica comprising silver/tin alloys and has a thick sheet of fiber glass tissue on top surface of each cell. The PCT junctions are connected in series to the direct current (DC) power input. The reflector wings on the surface(s) is covered with a water-proof silver-tin alloy paint. The system has advanced light charging/producing utility power grid backup including a solar refrigerator using high efficiency solar electric or alternative energy production for conventional residential, commercial, electric vehicle, and emergency power requirements.    DESCRIPTION OF DRAWING(S) - The figure is a perspective view of a reflector wing type solar panel.    Solar panel (1)    Reflector wings (2,3)