High-temperature, point-focus, pressurised gas-phase solar receivers: A comprehensive review
Gas-phase solar receivers use atmospheric or pressurised gas as their heat transfer fluid
(HTF). The ideal gas-phase receiver would provide high thermal efficiency and high HTF …
(HTF). The ideal gas-phase receiver would provide high thermal efficiency and high HTF …
Design of high-temperature atmospheric and pressurised gas-phase solar receivers: A comprehensive review on numerical modelling and performance parameters
Gas-phase solar receivers can operate over a wider temperature range than receivers which
use conventional liquid heat transfer media. However, due to their relatively poor heat …
use conventional liquid heat transfer media. However, due to their relatively poor heat …
A novel high-temperature (> 700 C), volumetric receiver with a packed bed of transparent and absorbing spheres
The concentrated solar power industry requires high-temperature receivers to push towards
advanced power cycles. However, as the outlet temperature of a receiver increases …
advanced power cycles. However, as the outlet temperature of a receiver increases …
Development of a novel high-temperature, pressurised, indirectly-irradiated cavity receiver
The concentrated solar thermal industry is moving towards higher temperature receivers.
Gas-phase receivers represent a near-term solution that can achieve such temperatures, but …
Gas-phase receivers represent a near-term solution that can achieve such temperatures, but …
[PDF][PDF] Development of a high-temperature gas-phase solar receiver with optimum thermal performance
M Sedighi - 2021 - researchportal.scu.edu.au
In the process of a complete transition to renewable energies, concentrated solar
thermal/power is considered a necessary part of a diverse energy portfolio according to IEA …
thermal/power is considered a necessary part of a diverse energy portfolio according to IEA …