To avoid photovoltaic cells' overheating and to reduce their performance, the solar spectrum
can be separated into two portions using the spectral splitting process. The first part is …

Spectral splitting concentrated photovoltaic/thermal systems aim to utilize the full spectrum of
solar radiation by thermally decoupling the photovoltaic cells from the thermal components …

Minimizing optical losses during light focusing and preparing an appropriate nanofluid for
spectral splitting is crucial for the performance of a concentrated photovoltaic thermal …

A specific part of the incident sun light on the PV panel that is responsible for the
overheating of the cells might be filtered using nanofluids-based optical filter. The goal of …

The exploitation of solar energy using hybrid photovoltaic/thermal (PVT) system can
represent a viable choice for the rising energy demand. Due to the wide range of PVT …

Photovoltaic cells can convert incoming sunlight within their responsive wavelength range
into electricity. Unfortunately, the majority of the incident radiation is reflected, absorbed …

Spectral splitting technology can prevent a photovoltaic cell (PV) overheating ability and
efficiency loss. The solar spectrum is split into two portions using this technology: the first …

The purpose of this experimental research is to improve the electrical and thermal efficiency
of an innovative photovoltaic thermal setup equipped with a Fresnel lens, a nanofluid-based …

The commonly used methods to harness solar energy are solar thermal and solar
photovoltaic (PV). A new category photovoltaic/thermal (PV/T) hybrid combines these two …

The objective of this paper is the investigation of a thermal photovoltaic concentrating
collector operating with and without nanofluids. The use of nanofluid Syltherm 800/copper …