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Massachusetts Institute of Technology

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ABSTRACT:
An advanced ceramic dome cavity receiver is discussed which heats pressurized gas to temperatures in the range from 1800°F (1000°C) to 2400°F (1300°C) for use in solar Brayton power systems of the dispersed receiver/dish or central receiver type. Optical, heat transfer, structural, and ceramic material design aspects of the unique receiver are reported and the development and experimental demonstration of a high-temperature seal between the pressurized gas and the high-temperature silicon carbide dome material is described.… (mer)
 
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SandiaCSP | Aug 19, 2022 |
ABSTRACT:
A cost analysis of packed beds for thermal-energy storage (TES) in an adiabatic compressed-air-energy storage system is given. Capital costs based on the conceptual design of a TES unit are estimated and their sensitivity to system parameter variation is studied. Two TES conceptual designs were considered for: (a) an excavated cavity, and (b) an abandoned mine. A cost comparison is made between surface-sited and underground TES. A cost model was constructed to study the effect of pebble size, insulation thickness, temperature, storage pressure, storage capacity, and other TES components on the TES capital cost.… (mer)
 
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SandiaCSP | Aug 8, 2022 |
ABSTRACT:
The design approach, conceptual design, and basic cost estimates for a packed bed for thermal-energy storage in an underground compressed-air-storage system is presented. The conceptual designs considered are a 200-MWe system operating on a weekly cycle, and a combined solar-thermal/compressed-air-storage system capable of delivering 100 MWe to the generator on discharge. Geological stresses in the thermal-energy storage cavity are examined, although a detailed, cycling, stress analysis of the rock has not been undertaken.… (mer)
 
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SandiaCSP | Aug 8, 2022 |
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BillMcL | Oct 19, 2021 |

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Verk
91
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1
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159
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#132,375
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½ 3.7
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8
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10
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