Design of Solar Trap using Banana Drying Method

Abstract

Food drying techniques these days are for the most part in high utilization of power and fuel which lead to high functional expense. This has brought about a lost cause and cash because of the utilization of present day instruments requires tremendous expenses for execution. In the interim, the conventional food drying process just purposes sun beams in their cycle, where the interaction is definitely more proficient than the cutting edge drying strategy. In this review, the test was directed to decide the caught sun powered heat energy prerequisites for the most common way of drying food sources like agrarian items, especially bananas. The sun powered trap test by utilizing sunlight based trap compartment was done incorporate deciding the nuclear power prerequisite for drying, planning gear (sun oriented trap holder) to trap sun powered energy, taking care of and drying tests on examples of bananas. The rate measure of water expulsion and energy expected for the drying system was viewed as 48% and 134 J. The consequences of this study can confirm that sunlight based trap drying strategy is simpler, speedier and more compelling than the typical technique for drying on the grounds that it use regular sun oriented energy. A few proposition have been recommended for development for future review, for example, controlling the sun oriented trap air in the holder, supplanting the snare sun powered divider with a hazier variety, analyzing the floors incline so more sun based traps gathered and introducing a little those on the foundation of the holder so the water dissipated in the sun based trap might exit through the course.