Thermal Constriction Resistance at the Interface of Double Tubes

Assuming the clearness and cloudless weather in Beijing area, the received solar radiation power is simulated according to three different auto-tracking solar systems and fixed solar system by Matlab. The tracking intervals of three different auto-tracking solar systems are separately 60mins, 30mins and 10mins. The daily mean solar radiation, the monthly mean solar radiation and the yearly mean solar radiation are simulated for three auto-tracking solar systems and fixed solar system. The simulation results can be used as the auto-tracking solar system design reference for engineers, and helpful for solar system optimizing.

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Thermal Constriction Resistance at the Interface of Double Tubes

Cited by 2 publications

References 0 publications

Heat transfer—a review of 1986 literature

Heat transfer—a review of 1986 literature

Simulation and Comparison on Photoelectric Conversion Efficiency for Auto Tracking Solar System and Fixed Solar System

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