The current review presents empirical and numerical analyses of thermal performance
development in flat plate solar collectors (FPSCs). Generally, the productivity of photovoltaic …

The present review focusses on the recent developments in the thermo-economic
performance of solar water heating systems regarding the design, modification of thermo …

In the present study, in addition to using nanofluid, the flow direction in a flat plate solar
collector is changed to increase the convective heat transfer coefficient. To this end, U …

The performance of a flat-plate solar collector was investigated by using water, Al 2 O 3
nanofluid, and CuO nanofluid as the working fluids. The energy efficiency, entropy …

Because of the low outflow temperature of the conventional photovoltaic thermal systems
and lack of electrical production of the solar thermal collectors, a novel combined system is …

In this study, the effect of the amount of data used in the design of artificial neural networks
(ANNs) on the predictive accuracy of ANNs was investigated. Five different ANNs were …

The increasing energy demand and continuous confrontation of energy generation costs are
preceded by a terrible depletion of fossil fuel power reserves and increased environmental …

Exploitation of solar energy is one of the most significant solutions for facing the current
energy management dangers. Flat plate solar collector (FPSC) is one of the most important …

This study presents a thermodynamic evaluation of a flat plate collector (FPC) operating with
both mono and hybrid nanofluids. The performance of a collector operating with alumina …

Solar energy is assumed to provide an everlasting solution to the modern energy crisis since
it is the most abundant source of renewable energy and solar energy harvesting systems do …