In this paper, the energy and exergy performance of a double-pass solar air heater (SAH)
using a novel model of a v-corrugated wire mesh absorber (CM-SAH) is investigated …

The finned heat sink was equipped with a confined jet to create an effective way for cooling
of photovoltaic (PV) system in current work. In the bottom of PV layers, a thermoelectric …

Reinforcement of heat transfer efficiency by electrohydrodynamics is a low-energy, high-
efficiency technology. In this paper, we utilize the property of electrohydrodynamics to …

Providing power to remotely located sensors can pose significant challenges, especially
when these sensors are positioned in the open sea or remote wilderness. The development …

This paper presents a 3 E (energy, environmental and economic) analysis of the impact of
the movement limit on a horizontal single-axis tracker in Spain. Four scenarios have been …

The photovoltaic heat sink integrated systems can effectively control the temperature of solar
cells and increase output power. The linear Fresnel concentrator photovoltaic heat sink …

This study introduces an innovative integrated system comprising steam methanol-
reforming, low-temperature proton exchange membrane fuel cell, and spray flash …

A photovoltaic-phase change material-thermoelectric (PV-PCM-TE) system, passively
cooled with free air convection, often fails to produce continuous output power over 24 h …

Hydrogen-based integrated energy system holds promise for leveraging the low carbon
advantage of hydrogen, but inefficiency of electrolysis hydrogen production leads to …

The crystalline Silicon (c-Si) wafer-based modules are the ones used in almost all
photovoltaic PV plants; the efficiency of such modules has been increasing and it ranges …