Need for increasing the shelf life of agricultural produce using renewable energy based A
decentralized system are significantly increasing. The solar air heating systems (SAHs) are …

This study examines the previous research work on double-pass solar air heater (DP-SAH)
using CFD (Computational Fluid Dynamics) techniques. Solar air heaters convert solar …

The most efficient solar air heater is expensive, and attempts to reduce costs lead to reduced
efficiency. The current study presents a low-cost, medium-scale, flat plate solar air heater's …

In this research, a double pass solar air heater with a corrugated absorber plate and built-in
external reflector is adopted to improve its thermo-hydraulic performance. The proposed …

The shelf life of food products can be increased by reducing their moisture content with the
aid of solar dryers. However, the poor efficiency of solar collectors increases the time and …

In this work, heat energy analysis and economic feasibility of natural convection mixed mode
solar dryer under three different methods viz., normal flat plate collector solar dryer (NFPSD) …

Under fluctuating solar radiation, attaining higher air temperatures for an extended period
using solar air heaters (SAH) is challenging. The current study deals with the heat transfer …

This research aims to carry out an experimental investigation into the performance of a solar
air heater using phase change materials in combination with V-corrugated absorber plates …

Solar air heating systems remain expensive, so we conducted a parametric analyzis to
enhance their performance. The study focuses on a solar air heating system with a new …

This paper establishes the design modification procedure for flat plate solar thermal collector
and investigates the performance by incorporating a specially designed low-cost Step …