This research conducts an experimental and theoretical investigation of the melting
characteristics of a phase change material in a triplex tube heat storage. A three …

The number of previous studies on food and energy consumption is set to mark a significant
growth by 2050 worldwide. In southern countries, agricultural and marine food products …

In this investigation, the effect of replacing the conventional solar absorber with a new solar
absorber on the thermal performance of a double-pass solar air heater has been studied …

Effective usage of solar air heaters (SAH) is limited to specific time due to nonavailability and
low intensity of solar radiation. In addition, SAH suffers from lower thermal efficiencies …

PV/T is designed to convert solar radiation into electricity energy; however, as the
temperature rises, their efficiency decreases. This study evaluates experimentally and …

In this experimental work, the effect of combining a finned absorber solar air heater (FSAH)
with PCM-aluminum chips composite on enhancing its thermal response is experimentally …

The problem of solar radiation intermittency can significantly affect the thermal performance
of solar air heaters (SAHs). The efficient solution for this problem is utilizing thermal storage …

Due to the continued increase in greenhouse gas emissions and fluctuation in fuel prices,
we must adapt to renewable energy sources and use energy more voluntarily. Solar energy …

The importance of sustainable energy and waste heat recovery from factories is growing to
overcome the energy shortage issue and environmental crisis. However, waste heat in …

The current work consists of a theoretical and experimental investigation of the impact of
mass flow rate on the solidification process of phase change materials (PCM) for various …