Improving Thermal Efficiency of Solar Air Collector by Creating Turbulent Flow Using New Baffles Combinations

Z. Aouissi; F. Chabane; M. S. Teguia

Volume 14, Issue 4 , October 2023, , Pages 346-352

  The study shows an experimental investigation for a solar air collector with a single pass by adding rectangular baffles for different positions inside the channel. The aim of this study is to improve the thermal efficiency for this collector, and that through testing four cases of baffles positions ...  Read More

Chemical Engineering
Heat Exchange Optimization by Adding Baffles to Streaming Duct of Solar Air Collector

Z. Aouissi; F. Chabane; M. S. Teguia; N. Belghar; N. Moummi; A. Brima

Volume 13, Issue 4 , July 2022, , Pages 349-353

  This numerical and experimental work aims to improve the heat transfer inside a solar thermal collector. By incorporating rectangular baffles in the middle of the distributed air passing channel at different angles of inclination (ß= 90°, ß= 180°, ß= 180° and ß= 90°). ...  Read More

Experimental Study of a Solar Air Collector with Doubles Glazed

F. Chabane; E. Sekseff

Volume 9, Issue 3 , October 2018, , Pages 163-167

  Our work an experimental study of a double-glazed solar air collector in the BISKRA site. The main objective of our work minimized thermal losses forward. The experimental model used is based on the addition of second glass and the increase in distance between the two panes. The study was carried out ...  Read More