Over the years, nanofluids have proved to be beneficial in various heat transfer applications,
particularly in solar energy collectors. Hybrid nanofluids have also shown promise in such …

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

This study numerically investigated the effect of applying different shapes of nanofluid-
conveying pipes on a thermal solar panel system. Two pipes with circular, elliptical, and …

Solar energy is a widely used, cost-effective, environmentally friendly, clean, and carbon-
free renewable energy source that reduces reliance on coal, electricity, and other sources. It …

A numerical and experimental study of a flat plate solar collector (FPSC) with a spiral pipe
containing water configuration is performed. Constant flux is applied to the FPSC. Radiation …

To promote the transition to clean heating methods in rural areas and improve solar energy
utilization efficiency, two new types of solar water collectors with evacuated tubes, namely …

As a sustainable alternative regarding environmental impact, cost-effectiveness, and social
integration, solar energy is expected to become an ever more ubiquitous part of our intricate …

Flat plate solar collectors waste a massive part of the heat accumulated near the contact
region, mainly due to poor thermal characteristics of working fluid. The demanding power for …

Flat plate solar collectors lose a massive part of heat accumulated near the contact region
because of the poor thermal characteristics of the working fluid. A new cost-effective design …

In the past decades, combined solar energy with heat pump systems has been one of the
very widespread ways to improve the efficiency of conventional heat pumps. In that way, this …