A bstract The present study is a 4E (Energy, Exergy, Economic, and Environmental) analysis
of a nanofluid-based parabolic trough collector (PTC) which is conducted with a developed …

When planning large-scale 100% renewable energy systems (RES) for the year 2050, the
system capacity is usually oversized for better supply-demand matching of electrical energy …

The major source of heat from the sun is solar energy, with enormous use of photovoltaic
technology, solar power plates, photovoltaic lights and pumping solar water. This time is …

This study addresses challenges in enhancing the thermal efficiency of parabolic solar
collector energy systems using hybrid nanofluids, focusing on issues like nanoparticle …

This experimental study discusses the thermal efficiency enhancement of a parabolic trough
solar collector (PTSC) system using different absorber tube designs. Four different receiver …

This experimental study investigated the performance of two identical parabolic trough
collector (PTC) systems using nanofluid CeO 2/H 2 O and distilled water as working fluids …

There is an overwhelming demand in many solar applications to evaluate and improve the
thermal properties (dynamic viscosity and thermal conductivity) of working fluids to ensure …

To achieve better performance from parabolic solar trough collector, rotational motion in the
heat-carrying liquid is imposed by installing spinning star inserts in the steady receiver. The …

This study examines LS-2 parabolic trough collectors (PTCs) using MXene/Syltherm 800
nanofluids for enhanced solar power generation, focusing on energy, exergy …

The over-reliance on fossil resources necessitates the development of a sustainable energy
system. Renewable energy and efficient hybrid water heating technologies are viable net …