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A platform for research: civil engineering, architecture and urbanism
Estimating global irradiance on tilted surfaces using a cubic multi-directional pyranometer array
The multi-directional pyranometer array is a method for estimation of the global irradiance on a tilted plane and the direct irradiance based on the simultaneous measurement of global irradiance on a set of stationary surfaces with different inclinations and orientations. Experimental testing shows that estimates of global irradiance on a tilted plane are 50% more accurate than transposing measured global and diffuse irradiance. A simplified layout of five sensors yields comparable results.
Estimating global irradiance on tilted surfaces using a cubic multi-directional pyranometer array
The multi-directional pyranometer array is a method for estimation of the global irradiance on a tilted plane and the direct irradiance based on the simultaneous measurement of global irradiance on a set of stationary surfaces with different inclinations and orientations. Experimental testing shows that estimates of global irradiance on a tilted plane are 50% more accurate than transposing measured global and diffuse irradiance. A simplified layout of five sensors yields comparable results.
Estimating global irradiance on tilted surfaces using a cubic multi-directional pyranometer array
Brito, Miguel C. (author) / Silva, Rodrigo Amaro e (author) / Elsayed, Ahmed M. (author) / Pó, Mário (author)
2022-01-01
12 pages
Article (Journal)
Electronic Resource
English
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