NOVELTY - Solar power system (10) comprises light conversion system (16), and heat conversion system. System (16) includes a concentrator (18) that reflects sunlight into an absorber through an aperture, where the sunlight warms a receiving cavity within absorber. Heat conversion system has a hot segment that operates under a power-demand condition and a cold segment that operates under sunlight condition.    USE - For converting sunlight to electrical energy and storing heat energy.    ADVANTAGE - The solar power system is capable of efficiently collecting energy with high temperature capability, and has the ability to store collected energy so that the electrical energy production can be optimized to follow periods of high power demand.    DETAILED DESCRIPTION - A solar power system comprises light conversion system, and heat conversion system. The light conversion system has absorber (20) and concentrator. The absorber has heat exchanger, aperture, and receiving cavity. The concentrator has mirror and sun-tracking system. It reflects the sunlight (14) into the absorber through the aperture, where the sunlight warms the receiving cavity disposed within the absorber. The heat exchanger transfers heat from the receiving cavity to a fluid (42). The heat conversion system has a hot segment and a cold segment. The cold segment has heat exchanger, cold fluid hold, and cold fluid pump. The hot segment has hot fluid hold, hot fluid pump and heat engine. The hot fluid hold receives the fluid from the heat exchanger. The hot fluid pump impels the fluid to the heat engine and then to the cold fluid hold, where the heat engine converts heat to electricity. The cold fluid pump impels the fluid from the cold fluid hold to the heat exchanger then to the hot fluid hold, where the heat exchanger transfers the heat to the fluid. The hot segment operates under a power-demand condition; and the cold segment operates under a sunlight condition.    An INDEPENDENT CLAIM is also included for a method for removing and storing heat energy from sunlight and then converting the heat energy to electrical energy comprising: providing plurality of dish concentrators to reflect the sunlight through apertures into absorber cavities, the sunlight heating a heat exchanger in the absorber cavity; aligning the plurality of dish concentrators with the sunlight; impelling a fluid from a cold fluid hold to the heat exchangers, heating the fluid to a hot-route temperature, and impelling the fluid from the heat exchangers to a hot fluid hold when a sunlight condition exists; and impelling the fluid from the hot fluid hold to a power conversion system, generating electricity, and impelling the fluid at a cold-route temperature to the cold fluid hold, when a power demand condition exists.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the solar power system.    Solar power system (10)    Solar collection system (12)    Sunlight (14)    Conversion system (16)    Concentrator (18)    Absorber (20)    Fluid (42)    Cold storage system (52)