CA concentrating collector has a concentration ratio (factor) of CR = 15 and the optical efficiency of the aperture-to-receiver process n- 0.93. The average solar irradiation is $20 W/m, and the ambient air temperature is T-20°C. The heat loss coefficient is U - 4 W/m.C. If the collector temperature is Te130 °C, determine the collector efficiency. Receive CR- 13; 03 Te -20c T =13C U-4 Win?e

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Chapter1: Units, Trigonometry. And Vectors
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A concentrating collector has a concentration ratio (factor) of CR - 15 and the optical
efficiency of the aperture-to-receiver process n 0.93. The average solar irradiation is
520 W/m, and the ambient air temperature is Tm20°C. The heat loss coefficient is U
- 4 W/m.°C. If the collector temperature is Te130 °C, determine the collector
efficiency.
Concestraor
Receiver
CR- 13; 0.93
T -20c
T =130°C
U-4 Win?
Transcribed Image Text:A concentrating collector has a concentration ratio (factor) of CR - 15 and the optical efficiency of the aperture-to-receiver process n 0.93. The average solar irradiation is 520 W/m, and the ambient air temperature is Tm20°C. The heat loss coefficient is U - 4 W/m.°C. If the collector temperature is Te130 °C, determine the collector efficiency. Concestraor Receiver CR- 13; 0.93 T -20c T =130°C U-4 Win?
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