This study focuses on new design of a photovoltaic-thermal (PVT) unit through the utilization
of a cylindrical reflector. The integration of a thermoelectric generator layer fabricated from …

The development of plants for the simultaneous production of green energy and clean water,
in addition to improving the energy system performance, can facilitate the achievement of …

In addition to improving the sustainability and thermodynamic efficiencies of an energy
conversion system, a solar/biomass-driven integrated energy system can also reduce …

New configuration of concentrated photovoltaic thermal (CPVT) with the implementation of
parabolic concentrator and heat sink combined with the vortex generator (VG) were …

Steady, continuous, and homogeneous cooling of photovoltaic panels that consume less
energy for circulation of coolant is extremely important for preventing higher energy loses …

Increasing the reliability, stability, and safety of renewable energy systems depends on the
integration of energy storage systems in order to balance energy production and demand …

Concentrated photovoltaic (CPV) is a well‐established renewable energy technology. A
significant challenge in CPV systems is their low efficiency, majorly due to localized heating …

In this paper, the thermo-optical performance using novel cooling strategy improvements for
a hybrid photovoltaic/parabolic dish concentrator with a conical thermal receiver using a …

In this work, a general collocated and unconditionally stable framework on unstructured
meshes for solving Conjugate Heat Transfer (CHT) problems is presented by means of …

The rise in renewable energy capacities is crucial to reach general energy transition goals.
The photovoltaic-thermal systems (PVT) are one of the market-available technologies that …