A wide range of engineering industrial applications require both the thermal and optical
efficiencies of the system to be maximized with a reasonable low penalty for the friction …

Nanofluid filter has been applied in current research to boost the efficiency of a concentrated
photovoltaic thermal (CPVT) module. Owing to tunable optical features of nanofluid and its …

The optical analysis is one of the most important parameters to investigate the performance
of the parabolic trough solar collector (PTSC). The output of the optical analysis is used as …

Energy researchers believe that by storing energy the frequency and voltage of renewable
energy systems can be better controlled and increases the use of renewable electricity by …

The world's electricity generation from photovoltaic systems has been growing significantly
for the last two decades. Nowadays, one of the most interesting trends in the conversion of …

Funnel type solar cookers are simple and effective. Most of them rely on a multifaceted
reflector to concentrate solar radiation on a cooking pot that is placed inside a transparent …

Large‐aperture parabolic trough solar collector (PTSC) has the potential to improve the
performance of the solar field and also to reduce the capital cost of the power plant. In the …

Abstract Parabolic Trough Concentration (PTC) systems represent the best alternative for
implementing solar energy in different sectors due to their reachable temperatures and …

The parabolic dish is considered the most performant concentrating solar power (CSP)
technology since it fits a wide range of domestic and industrial processes and offers better …

The present paper is focused on drawing a high performance modeling and computation of
a low concentrating collector combined into a Photovoltaic/Thermal system. A 3-D …