modelData_GenericModule

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Extends from BaseClasses.Record_Data.

Information

Parameters

TypeNameDefaultDescription
RealnModules12
SI.PowerQ_total160e6Total thermal output
SI.PowerQ_total_el45e6Total electrical output
RealetaQ_total_el/Q_totalNet efficiency
SI.Pressurep12.76e6
SI.TemperatureT_hot325 + 273.15estimate
SI.TemperatureT_coldMedium.temperature_ph(p, h_cold)
SI.TemperatureT_avg0.5*(T_hot + T_cold)
SI.TemperatureDifferencedT_coreT_hot - T_cold
SI.SpecificEnthalpyh_hotMedium.specificEnthalpy_pT(p, T_hot)
SI.SpecificEnthalpyh_coldh_hot - Q_total/m_flow
SI.MassFlowRatem_flow700rough estimate from normalizing IRIS and rounded down
SI.Lengthd_reactorVessel_outer2.75
SI.Lengthlength_reactorVessel20
SI.Lengthlength_inletPlenum2
SI.Lengthd_inletPlenumd_reactorVessel_outer
SI.Lengthlength_core2
SI.Lengthd_core1.5
StringMaterial_fuel"Uranium Oxide"Fuel pellet material
StringMaterial_cladding"Zircaloy-4"Cladding material
SI.Lengthr_outer_fuelRod0.5*from_inch(0.360)Outside diameter of fuel rod (d3s1)
SI.Lengthth_clad_fuelRodfrom_inch(0.0225)Cladding thickness of fuel rod (d3s1)
SI.Lengthth_gap_fuelRod0.5*from_inch(0.0062)Gap thickness between pellet and cladding (d3s1)
SI.Lengthr_pellet_fuelRod0.5*from_inch(0.3088)Pellet radius (d3s1)
SI.Lengthpitch_fuelRodfrom_inch(0.496)Fuel rod pitch (d3s1)
TRANSFORM.Units.NonDimsizeAssembly17square size of assembly (e.g., 17 = 17x17)
TRANSFORM.Units.NonDimnRodFuel_assembly264# of fuel rods per assembly (d3s1)
TRANSFORM.Units.NonDimnRodNonFuel_assemblysizeAssembly^2 - 264# of non-fuel rods per assembly (d3s1)
TRANSFORM.Units.NonDimnAssemblyfloor(Modelica.Constants.pi*d_core^2/4/(pitch_fuelRod*sizeAssembly)^2)
SI.Lengthlength_outletPlenum3
SI.Lengthd_outletPlenum2
SI.Lengthlength_hotLeg10.5
SI.Lengthd_hotLeg1.4
SI.Lengthlength_pressurizer2.5
SI.Lengthd_pressurizerd_reactorVessel_outer
SI.Lengthlength_steamGenerator5.5
SI.Lengthd_steamGenerator_tube_outerfrom_inch(0.5)
SI.Lengthth_steamGenerator_tubefrom_inch(0.083)Sch 10/20
SI.Lengthd_steamGenerator_tube_innerd_steamGenerator_tube_outer - 2*th_steamGenerator_tube
SI.Lengthd_steamGenerator_shell_innerd_hotLeg
SI.Lengthd_steamGenerator_shell_outerd_reactorVessel_outer
RealratioPD_steamGenerator_tube1.5pitch to diameter ratio
RealnPasses2
RealnEntryPoint_steamGenerator128
RealnTubes_steamGenerator_perEntryPointfloor(0.5*(d_steamGenerator_shell_outer - d_steamGenerator_shell_inner)/(d_steamGenerator_tube_outer*ratioPD_steamGenerator_tube))
RealnTubes_steamGeneratornEntryPoint_steamGenerator*nTubes_steamGenerator_perEntryPoint/nPasses
SI.Lengthlength_steamGenerator_tubeModelica.Constants.pi*0.5*(d_steamGenerator_shell_outer + d_steamGenerator_shell_inner)*floor(length_steamGenerator*nPasses/(nEntryPoint_steamGenerator*d_steamGenerator_tube_outer*ratioPD_steamGenerator_tube))
SI.Lengthlength_coldLeg12
SI.Lengthd_coldLeg_innerd_outletPlenum
SI.Lengthd_coldLeg_outerd_reactorVessel_outer
SI.Lengthd_coldLeg4*Modelica.Constants.pi*(d_coldLeg_outer^2/4 - d_coldLeg_inner^2/4)/Modelica.Constants.pi/(d_coldLeg_outer + d_coldLeg_inner)
SI.Length[2]lengths{length_inletPlenum + length_core + length_outletPlenum + length_hotLeg, length_steamGenerator + length_coldLeg}
SI.Pressurep_steam3.5e6
SI.TemperatureT_steam_hot300 + 273.15
SI.TemperatureT_steam_cold200 + 273.15
SI.SpecificEnthalpyh_steam_hotMedium.specificEnthalpy_pT(p_steam, T_steam_hot)
SI.SpecificEnthalpyh_steam_coldMedium.specificEnthalpy_pT(p_steam, T_steam_cold)
SI.MassFlowRatem_flow_steamQ_total/(h_steam_hot - h_steam_cold)

Contents

NameDescription
Medium