.SolarTherm.Models.PowerBlocks.sCO2Cycle.OnDesign.Cycles.RecompCycleExchanger .SolarTherm.Models.PowerBlocks.sCO2Cycle.OnDesign.Cycles.RecompCycleExchangerOn-design model of a recompression sCO2 cycle with exchanger. The number of discretization of the heat recuperators has to be discussed.
The mass flow is either imposed by the nominal power or by the HTF mass flow rate.
A calculation of the price is performed based on a cost estimation of the different components, from Weiland et al.The uncertainty is between -30%/50%. Depending on the power block layout chosen, other correlations might have to be implemented (motor for the compressor, gearbox, ..). See the article for more informations.
The currency is 2017$. The price of the exchanger is taken at 150$/kW_th because it is defined as the objective to reach for next-Gen CSP with particles
An exergy analysis is implemented based on a class from Pr. Neveu (UPVD).
N. T. Weiland, B. W. Lance, et S. R. Pidaparti, « SCO2 power cycle components cost correlations from DOE data spanning multiple scales and application », p. 17.
Available at https://www.netl.doe.gov/projects/files/sCO2PowerCycleComponentCostCorrelationsfromDOEDataSpanningMultipleScalesandApplications_061819.pdf
| Name | Description |
|---|---|
 MedPB |