Optical and Thermal Analysis of a Pressurized-Air Receiver Cluster for a 50 MWe Solar Power Tower
I Hischier, P Poživil, A Steinfeld - Journal of Solar …, 2015 - asmedigitalcollection.asme.org
The optical design and thermal performance of a solar power tower system using an array of
high-temperature pressurized air-based solar receivers is analyzed for Brayton,
recuperated, and combined Brayton–Rankine cycles. A 50 MWe power tower system
comprising a cluster of 500 solar receiver modules, each attached to a hexagon-shaped
secondary concentrator and arranged side-by-side in a honeycomb-type structure following
a spherical fly-eye optical configuration, can yield a peak solar-to-electricity efficiency of …
high-temperature pressurized air-based solar receivers is analyzed for Brayton,
recuperated, and combined Brayton–Rankine cycles. A 50 MWe power tower system
comprising a cluster of 500 solar receiver modules, each attached to a hexagon-shaped
secondary concentrator and arranged side-by-side in a honeycomb-type structure following
a spherical fly-eye optical configuration, can yield a peak solar-to-electricity efficiency of …
[PDF][PDF] Optical and Thermal Analysis of a Pressurized-Air Receiver Cluster for a 50 MWe Solar Power Tower
A Steinfeld - researchgate.net
The optical design and thermal performance of a solar power tower system using an array of
high-temperature pressurized air-based solar receivers is analyzed for Brayton,
recuperated, and combined Brayton–Rankine cycles. A 50 MWe power tower system
comprising a cluster of 500 solar receiver modules, each attached to a hexagon-shaped
secondary concentrator and arranged side-by-side in a honeycomb-type structure following
a spherical fly-eye optical configuration, can yield a peak solar-to-electricity efficiency of …
high-temperature pressurized air-based solar receivers is analyzed for Brayton,
recuperated, and combined Brayton–Rankine cycles. A 50 MWe power tower system
comprising a cluster of 500 solar receiver modules, each attached to a hexagon-shaped
secondary concentrator and arranged side-by-side in a honeycomb-type structure following
a spherical fly-eye optical configuration, can yield a peak solar-to-electricity efficiency of …
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