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- W2966333097 abstract "A novel particle receiver is proposed and tried to improve the flexibility of control, the reliability and the efficiency of the existing solar particle receivers. The novel particle receiver is mainly composed of an inclined plate where the particles flow due to gravity and absorb concentrating radiation directly meanwhile, and a pneumatic control system where the particle flow rate can be regulated by fluidization gas. The performance has been experimentally and numerically investigated preliminarily. The experimental results of cold tests show that the solid-gas ratio can reach up to ∼25 for different cross sections, indicating that the heat loss caused by fluidization gas is acceptable, usually less than 2%, and particle flow rate could be adjusted flexibly. The experimental results of hot test show that the outlet temperature of particle flow ranges from ∼709 K to ∼938 K and the average outlet temperature of particle flow is ∼807 K under the incident radiation power of ∼8 kw and the particle flow rate of ∼7.5 g/s, so the efficiency of the receiver is ∼61%. The Monte Carlo method is applied to analyze radiative heat transfer property in this particle receiver, which shows that the average outlet temperature could reach ∼1205 K with an efficiency of ∼70.9% when the particle flow rate is reduced to ∼5 g/s. These results indicate the novel solar receiver is a potential option for high-temperature CSP technologies." @default.
- W2966333097 created "2019-08-13" @default.
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- W2966333097 date "2019-01-01" @default.
- W2966333097 modified "2023-09-26" @default.
- W2966333097 title "Optical and thermal performance of a novel solar particle receiver" @default.
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- W2966333097 doi "https://doi.org/10.1063/1.5117577" @default.
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