The receiver is crucial in converting concentrated solar radiation to thermal energy in a solar
parabolic dish collector. The most popular type of receiver is a cavity receiver, which …

Many studies, as numerical and experimental, regarding the applications of solar dish
concentrators have been performed. Most researchers focused on the maximum thermal …

Cavity receiver integrated with parabolic dish collector is an essential component of the
solar thermal energy conversion process for high-temperature applications, such as power …

The most popular design for solar energy receivers that achieves great thermal performance
is a cavity receiver. This study experimentally compared two novel shapes of cavity …

The innovation in concentrated solar power (CSP) systems is one of the many vital solutions
to meet the ever‐increasing global energy demands. Among various CSP systems, point …

To ensure the safe and efficient operation of the receiver in the concentrated solar power
system, it is necessary to study its performance characteristics. Different from considering the …

Based on established optical-thermal-electrical-environmental coupling model and
proposed method for calculating electrical efficiency, the effects of tilt angle (θ) on the optical …

In this paper, a comprehensive optical-thermal numerical model of the conical cavity
receiver using supercritical CO 2 (S–CO 2) as the heat transfer fluid (HTF) is established by …

Concentrating PV requires expensive solar tracking equipment, and the uneven flux
distribution related to the angle of incidence can be detrimental to the cells. This paper …

Among all sub-systems of a solar thermal energy system, the receiver plays a significant role
when it gets heat energy from the concentrator. The reliability of such systems depends on …