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Problem 2.13 Determine the monthly average hourly radiation falling on a flat plate collector facing south (y=0) with a slope of 20 on 15th July. The collector is located at Anand, Gujarat (latitude 22°31' N). The global and diffuse radiation on the horizontal surface are 5580 W/m- day and 1250 W/m- day respectively. Assume the ground refrectivity to be 0.22. Assume, 11.00 am as solar time.

Problem 2.13 Determine the monthly average hourly radiation falling on a flat plate collector facing south (y=0) with a slope of 20 on 15th July. The collector is located at Anand, Gujarat (latitude 22°31' N). The global and diffuse radiation on the horizontal surface are 5580 W/m- day and 1250 W/m- day respectively. Assume the ground refrectivity to be 0.22. Assume, 11.00 am as solar time.

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)
Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)
8th Edition
ISBN:9781305387102
Author:Kreith, Frank; Manglik, Raj M.
Publisher:Kreith, Frank; Manglik, Raj M.
Chapter11: Heat Transfer By Radiation
Section: Chapter Questions
Problem 11.64P
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Problem 2.13 Determine the monthly average hourly radiation falling on a flat plate collector facing south (y=0) with a slope of 20 on 15th July. The collector is located at Anand, Gujarat (latitude 22° 31' N). The global and diffuse radiation on the horizontal surface are 5580 W/m- day and 1250 W/m - day respectively. Assume the ground refrectivity to be 0.22. Assume, 11.00 am as solar time.
Transcribed Image Text:Problem 2.13 Determine the monthly average hourly radiation falling on a flat plate collector facing south (y=0) with a slope of 20 on 15th July. The collector is located at Anand, Gujarat (latitude 22° 31' N). The global and diffuse radiation on the horizontal surface are 5580 W/m- day and 1250 W/m - day respectively. Assume the ground refrectivity to be 0.22. Assume, 11.00 am as solar time.
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