modelStaticCondenserHEI
HEI static condenser
Extends from ThermoSysPro.Fluid.Interfaces.PropertyInterfaces.WaterSteamFluidTypeParameterInterface (Interface to display the water/steam fluid type after parametrization), ThermoSysPro.Fluid.Interfaces.IconColors (Colors of the static, singular and dynamic model icons).
Information
## Copyright © EDF 2002 - 2026 ## ThermoSysPro Version 4.2
Parameters
| Type | Name | Default | Description |
|---|---|---|---|
| Real | Kf | 0 | Friction pressure loss coefficient for the cold side |
| Units.SI.Position | z1c | 0 | Hot inlet altitude |
| Units.SI.Position | z2c | 0 | Hot outlet altitude |
| Units.SI.Position | z1f | 0 | Cold inlet altitude |
| Units.SI.Position | z2f | 0 | Cold outlet altitude |
| Real | Ucorr | 1.00 | Corrective term for the heat transfert coefficient (U) for calibration |
| Units.SI.Density | p_rhoc | 0 | If > 0, fixed fluid density for the hot side |
| Units.SI.Density | p_rhof | 0 | If > 0, fixed fluid density for the cold side |
| Integer | Tube_Material1 | 1 | Material of the tubes type 1. 1:Cu Fe 194 - 2:Arsenical Cu - 3:Admiralty - 4:Al Brass - 5:Al Bronze - 6:Carbon Steel - 7:Cu Ni 90-10 - 8:Cu Ni 70-30 - 9:SS (UNS S43035) - 10:Titanium Grades 1 & 2 - 11:SS (UNS S44660) - 12:SS (UNS S44735) - 13:SS TP 304 - 14:SS TP 316/317 - 15:SS (UNS N08367) |
| Integer | Tube_Material2 | 1 | Material of the tubes type 2. 1:Cu Fe 194 - 2:Arsenical Cu - 3:Admiralty - 4:Al Brass - 5:Al Bronze - 6:Carbon Steel - 7:Cu Ni 90-10 - 8:Cu Ni 70-30 - 9:SS (UNS S43035) - 10:Titanium Grades 1 & 2 - 11:SS (UNS S44660) - 12:SS (UNS S44735) - 13:SS TP 304 - 14:SS TP 316/317 - 15:SS (UNS N08367) |
| Integer | Tube_Material3 | 1 | Material of the tubes type 3. 1:Cu Fe 194 - 2:Arsenical Cu - 3:Admiralty - 4:Al Brass - 5:Al Bronze - 6:Carbon Steel - 7:Cu Ni 90-10 - 8:Cu Ni 70-30 - 9:SS (UNS S43035) - 10:Titanium Grades 1 & 2 - 11:SS (UNS S44660) - 12:SS (UNS S44735) - 13:SS TP 304 - 14:SS TP 316/317 - 15:SS (UNS N08367) |
| Integer | Tube_Material4 | 1 | Material of the tubes type 4. 1:Cu Fe 194 - 2:Arsenical Cu - 3:Admiralty - 4:Al Brass - 5:Al Bronze - 6:Carbon Steel - 7:Cu Ni 90-10 - 8:Cu Ni 70-30 - 9:SS (UNS S43035) - 10:Titanium Grades 1 & 2 - 11:SS (UNS S44660) - 12:SS (UNS S44735) - 13:SS TP 304 - 14:SS TP 316/317 - 15:SS (UNS N08367) |
| Integer | Tube_Material5 | 1 | Material of the tubes type 5. 1:Cu Fe 194 - 2:Arsenical Cu - 3:Admiralty - 4:Al Brass - 5:Al Bronze - 6:Carbon Steel - 7:Cu Ni 90-10 - 8:Cu Ni 70-30 - 9:SS (UNS S43035) - 10:Titanium Grades 1 & 2 - 11:SS (UNS S44660) - 12:SS (UNS S44735) - 13:SS TP 304 - 14:SS TP 316/317 - 15:SS (UNS N08367) |
| Integer | Tube_Material6 | 1 | Material of the tubes type 6. 1:Cu Fe 194 - 2:Arsenical Cu - 3:Admiralty - 4:Al Brass - 5:Al Bronze - 6:Carbon Steel - 7:Cu Ni 90-10 - 8:Cu Ni 70-30 - 9:SS (UNS S43035) - 10:Titanium Grades 1 & 2 - 11:SS (UNS S44660) - 12:SS (UNS S44735) - 13:SS TP 304 - 14:SS TP 316/317 - 15:SS (UNS N08367) |
| Real | nb_pass | 2 | Number of water passes |
| Real | nb_tube1 | 12000 | Number of tubes type 1. For exemple tubes of the condensing zone |
| Real | nb_tube2 | 900 | Number of tubes type 2. For exemple gaz removal tubes |
| Real | nb_tube3 | 700 | Number of tubes type 3. For exemple impingement tubes |
| Real | nb_tube4 | 200 | Number of tubes type 4 |
| Real | nb_tube5 | 200 | Number of tubes type 5 |
| Real | nb_tube6 | 200 | Number of tubes type 6 |
| Units.SI.Thickness | e_tube1 | 0.7e-3 | Tubes thickness type 1 |
| Units.SI.Thickness | e_tube2 | 0.7e-3 | Tubes thickness type 2 |
| Units.SI.Thickness | e_tube3 | 1e-3 | Tubes thickness type 3 |
| Units.SI.Thickness | e_tube4 | 1e-3 | Tubes thickness type 4 |
| Units.SI.Thickness | e_tube5 | 1e-3 | Tubes thickness type 5 |
| Units.SI.Thickness | e_tube6 | 1e-3 | Tubes thickness type 6 |
| Units.SI.Diameter | D_tube1 | 25.4e-3 | External diameter of tubes type 1 |
| Units.SI.Diameter | D_tube2 | 25.4e-3 | External diameter of tubes type 2 |
| Units.SI.Diameter | D_tube3 | 25.4e-3 | External diameter of tubes type 3 |
| Units.SI.Diameter | D_tube4 | 25.4e-3 | External diameter of tubes type 4 |
| Units.SI.Diameter | D_tube5 | 25.4e-3 | External diameter of tubes type 5 |
| Units.SI.Diameter | D_tube6 | 25.4e-3 | External diameter of tubes type 6 |
| Units.SI.Length | L_tube1 | 10 | Tubes length type 1 |
| Units.SI.Length | L_tube2 | 10 | Tubes length type 2 |
| Units.SI.Length | L_tube3 | 10 | Tubes length type 3 |
| Units.SI.Length | L_tube4 | 10 | Tubes length type 4 |
| Units.SI.Length | L_tube5 | 10 | Tubes length type 5 |
| Units.SI.Length | L_tube6 | 10 | Tubes length type 6 |
| Real | FC | 0.95 | Correction factor for cleanless |
| Units.SI.Pressure | Poffset | 0 | Offset applied on the pressure provided by HEI |
| Units.SI.MassFlowRate | gamma_diff | 1e-4 | Air diffusion conductance (active if diffusion=true in neighbouring volumes) |
| Boolean | continuous_flow_reversal | false | true: continuous flow reversal - false: discontinuous flow reversal |
| Boolean | diffusion | false | true: energy balance equation with diffusion - false: energy balance equation without diffusion |
| Fluid › Fluid properties | |||
| WaterSteamFluidType | wsftype (from WaterSteamFluidTypeParameterInterface) | WaterSteamFluidType.WaterSteam | Water/steam fluid type |
| IF97Region | region_c | IF97Region.All_regions | IF97 region for the hot side (active for IF97 water/steam only) |
| IF97Region | region_cs | IF97Region.All_regions | IF97 region at the outlet of the hot side (active for IF97 water/steam only) |
| IF97Region | region_f | IF97Region.All_regions | IF97 region for the cold side (active for IF97 water/steam only) |
Connectors
| Type | Name | Default | Description |
|---|---|---|---|
| ThermoSysPro.Fluid.Interfaces.Connectors.FluidInlet | Cee | Cooling water inlet | |
| ThermoSysPro.Fluid.Interfaces.Connectors.FluidOutlet | Cse | Cooling water outlet | |
| ThermoSysPro.Fluid.Interfaces.Connectors.FluidOutlet | Cex | Extraction water | |
| ThermoSysPro.Fluid.Interfaces.Connectors.FluidInlet | Cvt | Turbine outlet | |
| ThermoSysPro.Fluid.Interfaces.Connectors.FluidInlet | Cep | Drain inlet | |
| ThermoSysPro.Fluid.Interfaces.Connectors.FluidInlet | Cev | Vapor inlet |
Components
| Type | Name | Default | Description |
|---|---|---|---|
| Units.SI.Diameter | D_tubes | Weight average diameter of the tubes | |
| Units.SI.Thickness | e_tubes | Weight average thickness of the tubes | |
| Units.SI.Area | S_pass | Passage section of the cold water | |
| Units.SI.Area | S_ech1 | Heat exchange surface of tubes type 1 | |
| Units.SI.Area | S_ech2 | Heat exchange surface of tubes type 2 | |
| Units.SI.Area | S_ech3 | Heat exchange surface of tubes type 3 | |
| Units.SI.Area | S_ech4 | Heat exchange surface of tubes type 4 | |
| Units.SI.Area | S_ech5 | Heat exchange surface of tubes type 5 | |
| Units.SI.Area | S_ech6 | Heat exchange surface of tubes type 6 | |
| Real | FM1 | Correction factor for material and gauge of tubes type 1 | |
| Real | FM2 | Correction factor for material and gauge of tubes type 2 | |
| Real | FM3 | Correction factor for material and gauge of tubes type 3 | |
| Real | FM4 | Correction factor for material and gauge of tubes type 4 | |
| Real | FM5 | Correction factor for material and gauge of tubes type 5 | |
| Real | FM6 | Correction factor for material and gauge of tubes type 6 | |
| Units.SI.Power | W | Power exchanged from the hot side to the cold side | |
| Units.SI.Temperature | Tec | Fluid temperature at the inlet of the hot side | |
| Units.SI.Temperature | Tsc | Fluid temperature at the outlet of the hot side | |
| Units.SI.Temperature | Tef | Fluid temperature at the inlet of the cold side | |
| Units.SI.Temperature | Tsf | Fluid temperature at the outlet of the cold side | |
| Units.SI.Pressure | DPgc | Gravity pressure loss in the hot side | |
| Units.SI.Pressure | DPff | Friction pressure loss in the cold side | |
| Units.SI.Pressure | DPgf | Gravity pressure loss in the cold side | |
| Units.SI.Pressure | DPf | Total pressure loss in the cold side | |
| Units.SI.Density | rhof | Density of the fluid in the cold side | |
| Units.SI.Density | rho_ex | Water density at the extraction point | |
| Units.SI.MassFlowRate | Qc | Hot fluid mass flow rate | |
| Units.SI.MassFlowRate | Qf | Cold fluid mass flow rate | |
| Units.SI.Area | S_ech | Heat exchange surface | |
| Units.SI.Velocity | Vf | Velocity of the cold water | |
| Real | Fw | Correction factor for water | |
| Units.SI.CoefficientOfHeatTransfer | U1 | Uncorrected heat transfert coefficient | |
| Real | FM | Overall correction factor for material and gauge | |
| Units.SI.CoefficientOfHeatTransfer | U | Heat transfert coefficient | |
| Units.SI.Temperature | Tcut_off | Saturation temperature at pressure cut-off | |
| Units.SI.Pressure | Psat_att | Expected HEI saturation pressure | |
| Units.SI.Pressure | Pcut_off | Pressure cut-off | |
| Units.SI.Pressure | Pzero_load | Zero-load pressure | |
| Units.SI.Pressure | Pcond | Expected corrected HEI saturation pressure | |
| Units.SI.Temperature | Tsat | Expected corrected HEI saturation temperature | |
| Units.SI.Power | Wcut_off | Power exchanged from the hot side to the cold side at Pcut_off | |
| Units.SI.Temperature | TTD | Terminal Temperature Difference | |
| Integer | HEI | Applicability of the HEI standard. 0:No - 1:Yes | |
| Units.SI.Temperature | Tsat_att | Expected HEI saturation temperature | |
| Units.SI.SpecificHeatCapacity | Cpmf | Average specific heat capacity of the cold water | |
| Units.SI.SpecificEnthalpy | Hmv | Fluid inlets average specific enthalpy | |
| Units.SI.SpecificEnthalpy | Hml | Extraction water average specific enthalpy | |
| Units.SI.SpecificEnthalpy | Hex | Drain specific enthalpy at the outlet | |
| FluidType[5] | fluids | Fluids mixing in volume | |
| Units.SI.Power | Jvt | Thermal power diffusion from inlet Cvt | |
| Units.SI.Power | Jev | Thermal power diffusion from inlet Cev | |
| Units.SI.Power | Jep | Thermal power diffusion from inlet Cep | |
| Units.SI.Power | Jex | Thermal power diffusion from outlet Cex | |
| Units.SI.Power | J | Total thermal power diffusion for the liquid in the cavity | |
| Units.SI.MassFlowRate | gamma_vt | Diffusion conductance for inlet Cvt | |
| Units.SI.MassFlowRate | gamma_ev | Diffusion conductance for inlet Cev | |
| Units.SI.MassFlowRate | gamma_ep | Diffusion conductance for inlet Cep | |
| Units.SI.MassFlowRate | gamma_ex | Diffusion conductance for outlet Cex | |
| Real | rvt | Value of r(Q/gamma) for inlet Cvt | |
| Real | rev | Value of r(Q/gamma) for inlet Cev | |
| Real | rep | Value of r(Q/gamma) for inlet Cep | |
| Real | rex | Value of r(Q/gamma) for outlet Cex | |
| FluidType | ftype_p | Cooling pipe fluid type | |
| Integer | fluid_p | Integer(ftype_p) | Cooling pipe fluid number |
| ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph | profs | Proprietes eau | |
| ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph | profe | Proprietes eau | |
| ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph | proce | Proprietes eau | |
| ThermoSysPro.Properties.WaterSteam.Common.PropThermoSat | lsat | ||
| ThermoSysPro.Properties.WaterSteam.Common.PropThermoSat | vsat | ||
| ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph | procs | Proprietes eau | |
| ThermoSysPro.Properties.WaterSteam.Common.ThermoProperties_ph | promf | Proprietes eau |
Revisions
Author Baligh El Hefni