Performance of a Salt Gradient Solar Pond with Reflective Covered Surface and Derivation of Analytic Functions for Air and Soil Temperatures for Isparta Region

Details Performance of a Salt Gradient Solar Pond with Reflective Covered Surface and Derivation of Analytic Functions for Air and Soil Temperatures for Isparta Region Performance of a Salt Gradient Solar Pond with Reflective Covered Surface and Derivation of Analytic Functions for Air and Soil Temperatures for Isparta Region

Apr 2007

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2007aipc..899..419b&link_type=abstract

SIXTH INTERNATIONAL CONFERENCE OF THE BALKAN PHYSICAL UNION. AIP Conference Proceedings, Volume 899, pp. 419-420 (2007).

Mathematics

Logic

Direct Energy Conversion And Storage, Computer Modeling And Simulation

Scientific paper

In this study, salt gradient solar pond having a surface area of 3.5×3.5 m2 and depth of 2 m has been constructed in Isparta/Türkiye and a computer software, capable of giving the temporal temperature variation at any point inside or outside a insulated solar pond at any time is presented. Hourly average values of air temperature and daily average soil temperature for the site were used as input parameters. These parameters have been calculated from analytical functions derived by using the hourly and daily temperature values for air and soil data obtained from the local meteorological station in Isparta region, respectively. The results obtained using analytic functions were in good agreement with the experimental results. Performance of the pond has been investigated theoretically and experimentally.

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