Solar thermal technologies for power generation have become cost-effective, efficient,
flexible, and play a prominent role in achieving low-carbon energy systems. Concentrated …

In a concentrated solar power (CSP) tower plant, it is essential to understand the
performance of the subsystem formed by the heliostat field and the receiver, operated with …

This work presents the design and techno-economic analysis of a 100 MW e concentrated
solar power (CSP) system using a supercritical CO 2 power block with 700° C input …

This work compares with a two-step procedure the performance of different Heat Transfer
Fluids (HTF) for high temperature receiver applications (up to 715° C) in advanced Solar …

Thermal energy storage systems for high temperatures> 600° C are currently mainly based
on solid storage materials that are thermally charged and discharged by a gaseous heat …

We studied the performance in terms of the long-term cyclic thermal storage and heat-
charging kinetics of Fe-substituted manganese oxide for use in thermochemical energy …

The heliostat field and receiver subsystems are crucial in a concentrated solar power (CSP)
plant, where solar irradiance is converted into thermal power. It is essential to optimise the …

High-temperature receivers are critical for third-generation (Gen3) Concentrating Solar
Power (CSP) technology to achieve high system efficiencies, and play the role of converting …