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A solar power system capable of storing heat energy and converting sun light to electrical power. The solar power system includes a solar collection system which gathers and transmits concentrated solar energy to an absorber/cavity. The thermal energy is extracted from the absorber/cavity via a flui

A solar power system capable of storing heat energy and converting sun light to electrical power. The solar power system includes a solar collection system which gathers and transmits concentrated solar energy to an absorber/cavity. The thermal energy is extracted from the absorber/cavity via a fluid and transported to a heat conversion system. The heat conversion system uses the thermal energy to create electricity.

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What is claimed is: 1. A solar power system capable of storing heat energy wherein sun light is converted to electrical energy comprising: a light conversion system having an absorber and a concentrator, said absorber having a heat exchanger, an aperture, and a receiving cavity; said concentrator h

What is claimed is: 1. A solar power system capable of storing heat energy wherein sun light is converted to electrical energy comprising: a light conversion system having an absorber and a concentrator, said absorber having a heat exchanger, an aperture, and a receiving cavity; said concentrator having a mirror and a sun-tracking system; said concentrator reflects the sun light into said absorber through said aperture, wherein the sun light warms said receiving cavity disposed within said absorber; said heat exchanger transfers heat from said receiving cavity to a fluid; a heat conversion system having a hot segment and a cold segment; said cold segment having said heat exchanger, a cold fluid hold, and a cold fluid pump; said hot segment having a hot fluid hold, a hot fluid pump and a heat engine; said hot fluid hold receives said fluid from said heat exchanger; said hot fluid pump impels said fluid to said heat engine and then to said cold fluid hold, wherein said heat engine converts heat to electricity; said cold fluid pump impels said fluid from said cold fluid hold to said heat exchanger then to said hot fluid hold, wherein said heat exchanger transfers the heat to said fluid; said hot segment operates under a power-demand condition; and said cold segment operates under a sunlight condition. 2. A solar power system of claim 1, wherein said aperture is sized to reduce heat loss from said absorber. 3. A solar power system of claim 1, wherein said fluid is a mixture of Sodium and Potassium Nitrate. 4. A solar power system of claim 1, wherein said fluid is one of Lithium, Sodium, and Potassium. 5. A solar power system of claim 1, wherein said heat engine is one of a Steam Rankine engine, an Organic Rankine Engine, a Stirling Engine and a Brayton Cycle Engine. 6. A solar power system of claim 1, wherein additional thermal capacitance can be added to said hot fluid reservoir to increase thermal storage capability. 7. A solar power system of claim 1, wherein said heat exchanger is constructed of Inconel. 8. A solar power system of claim 1, wherein said concentrator is a dish-shaped parabolic. 9. A solar power system of claim 1, wherein said fluid resides in said hot fluid reservoir at 600째 C. 10. A solar power system of claim 1, wherein said fluid resides in said cold fluid reservoir at 550째 C. 11. A solar power system of claim 1, wherein said power demand condition can occur during periods without sun light. 12. A solar power system of claim 1, wherein said receiving cavity is coated with graphite or highly absorptive paint to increase solar absorption. 13. The solar power system of claim 8, wherein said dish concentrator reflects the sun light into a point focus. 14. The solar power system of claim 13, wherein said point focus is aligned with said aperture in said absorber. 15. A solar power system capable of storing heat energy wherein sun light is converted to electrical energy comprising: an absorber having a receiver cavity, an aperture and a heat exchanger, said aperture disposed within a wall of said cavity and allowing the sun light to pass into said receiver cavity, said heat exchanger disposed within said receiver cavity, wherein the sun light passes through said aperture and contacts said heat exchanger, wherein said heat exchanger absorbs the heat energy from the sun light, wherein said heat exchanger has a hot end and a cold end; a dish concentrator that reflects the sun light into a focus having a sun-tracking system to maintain said dish concentrator aligned with the sunlight; a hot fluid reservoir storing a fluid at a hot-route temperature, said hot fluid reservoir is fluidly connected to said hot end of said heat exchanger; a first fluid pump, wherein said first fluid pump impels said fluid from said hot fluid reservoir to a power conversion system; said power conversion system extracts the heat energy from said fluid and converts the heat energy to electrical energy, wherein said fluid enters said power conversion system at said hot-route temperature and exits at a cold-route temperature; a cold fluid reservoir storing said fluid at said cold-route temperature; said cold fluid reservoir is fluidly connected to the power conversion system; a second fluid pump, wherein said second fluid pump impels said fluid from said cold fluid reservoir to said cold end of said heat exchanger. 16. The solar power system of claim 15, wherein said dish concentrator reflects the sun light into a point focus. 17. The solar power system of claim 15, wherein said focus is aligned with said aperture in said absorber. 18. A solar power system of claim 15, wherein said aperture is sized to reduce heat loss from said absorber. 19. A solar power system of claim 15, wherein said fluid is a mixture of Sodium and Potassium Nitrate. 20. A solar power system of claim 15, wherein said power conversion system is one of a Steam Rankine engine, an Organic Rankine Engine, a Stirling Engine and a Brayton Cycle Engine. 21. A solar power system of claim 15, wherein additional thermal capacitance can be added within said hot fluid reservoir to increase thermal storage capability. 22. A solar power system of claim 15, wherein said heat exchanger is constructed of Inconel. 23. A solar power system of claim 15, wherein said hot-route temperature is about 600째 C. 24. A solar power system of claim 15, wherein said cold-route temperature is about 550째 C. 25. A solar power system of claim 15, wherein said receiving cavity is coated with graphite or highly absorptive paint to increase absorption.