The IEA, SSPS High Flux Experiment: Testing the Advanced Sodium Receiver at Heat Fluxes Up to 2.5 MW/m2W. Schiel, M. Geyer, R. Carmona |
Contents
High Flux Experiment Test Program | 1 |
ASR ABSORPTANCE MEASUREMENTS | 5 |
METALLOGRAPHIC ANALYSIS OF THE ASR RECEIVER TUBES | 26 |
Copyright | |
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Common terms and phrases
1-aiming-point strategy 3-aiming-point absorbed power Absorptivity distribution Advanced Sodium Receiver aiming strategy Almeria ASR High Flux ASR plane ASR tube AXIAL backwall convection losses database deformation Degs DFVLR emissivity error evaluation feasible peak/power levels fifth panel flux distribution flux profile front surface temperature heat flux HELIOS calculations heliostats in track HELSEL HFD bar measurements High Flux Experiment high flux testing HOTREC IEA-SSPS Internal Report incident power inlet temperature inlet/outlet temperatures irradiance kW/m² loss tests maximum measurement points MW/m² operating conditions operating point parameters peak flux PEAK POWER Power KW power levels predicted RADIANT FLUX radiometer receiver efficiency reference lines reradiation Sandia National Laboratories set of heliostats shown in Figure SODIUM TEMP sodium temperature solar noon SSPS stress analysis SURFACE TEMP Table test matrix THERESA thermal analysis thermal conductivity thermal loss thermodynamic three-aiming-point triplet tube 98 tube wall W/m²