modelTestTransient

Extends from SolarTherm.Media.CO2.PropCO2.

Parameters

TypeNameDefaultDescription
SI.AbsolutePressurep_high250*10^5high pressure of the cycle
SI.ThermodynamicTemperatureT_high800 + 273.15inlet temperature of the turbine
SI.ThermodynamicTemperatureT_amb40 + 273.15ambiant temperature
RealPR3.125Pressure ratio
SI.PowerP_gro10^6first guess of power outlet
SI.PowerP_nomElectrical power at design point
SI.MassFlowRatem_HTF_des45Mass flow rate at design point
SI.Efficiencyeta_comp0.89Maximal isentropic efficiency of the compressors
SI.AngularVelocitychoiceN{75000, 30000, 10000, 3600}*0.10471975512
SI.AngularVelocityN_shaftchoiceN[integer(Modelica.Math.log(P_gro/10^6)/Modelica.Math.log(10)) + 2]
SI.Efficiencyeta_turb0.93Maximal isentropic efficiency of the turbine
IntegerN_q15
SI.ThermodynamicTemperatureT_low55 + 273.15Outlet temperature of the cooler
FI.MoneyC_HTRcost of the heat recuperator
FI.MoneyC_turbinecost of the turbine
FI.MoneyC_compressorcost of the compressor
FI.MoneyC_exchangercost of the exchanger
FI.MoneyC_generatorcost of the generator
FI.MoneyC_coolercost of the cooler
FI.MoneyC_PBOverall cost of the power block
FI.Moneypri_exchanger150price of the primary exchanger in $/(kW_th). Objective for next-gen CSP with particles
MedRec.ThermodynamicStatestate_HTF_in_des

Components

TypeNameDefaultDescription
SI.Efficiencyeta_cycle
SI.PowerP_elec
Booleanm_supDisconnect the production of electricity when the outlet pressure of the turbine is close to the critical pressure
SolarTherm.Models.PowerBlocks.sCO2Cycle.DirectDesign.HeatRecuperatorDTAveHTR
SolarTherm.Models.PowerBlocks.sCO2Cycle.DirectDesign.CompressorToDiscusscompressor
SolarTherm.Models.PowerBlocks.sCO2Cycle.DirectDesign.Coolercooler
SolarTherm.Models.PowerBlocks.sCO2Cycle.DirectDesign.Turbineturbine
SolarTherm.Models.PowerBlocks.sCO2Cycle.DirectDesign.Exchangerexchanger
SolarTherm.Models.PowerBlocks.sCO2Cycle.SourceFlowsrc
SinkFlowsink
RealtempTest

Contents

NameDescription
MedPB
MedRec