Skip to main content

Ctrl+K

Welcome to the ThermoSysPro 4.2 documentation!

ThermoSysPro

ThermoSysPro Overview

UsersGuide

UsersGuide Overview
ReleaseNotes
Contact
ThermoSysProLicense
Documentation
- ThermoSysProPackageIcon

Combustion

Combustion Overview
BoundaryConditions
- FuelSourcePQ
CombustionChambers
Connectors
Sensors
- FuelMassFlowSensor

Correlations

Correlations Overview
Misc
Thermal

ElectroMechanics

ElectroMechanics Overview
BoundaryConditions
Connectors
- MechanichalTorque
Machines

FlueGases

FlueGases Overview
BoundaryConditions
- AirHumidity
- Sink
- SinkG
- SinkP
- SinkPQ
- SinkQ
- Source
- SourceG
- SourceP
- SourcePQ
- SourceQ
- SourceQX
Connectors
HeatExchangers
Junctions
- Mixer2
- Splitter2
Machines
PressureLosses
Sensors
TAC
- GTCICOBarilla
- GasTurbine
Volumes

Fluid

Fluid Overview
Boilers
- BoilerSystem
- FossilFuelBoiler
BoundaryConditions
- AirHumidity
- PlugA
- PlugB
- RefH
- RefP
- RefQ
- RefT
- RefXgas
- Sink
- SinkP
- SinkPQ
- SinkQ
- Source
- SourceP
- SourcePQ
- SourceQ
Combustion
HeatExchangers
Interfaces
Junctions
LoopBreakers
Machines
PressureLosses
Sensors
- SensorH
- SensorP
- SensorQ
- SensorQv
- SensorT
Volumes
- DynamicDrum
- Pressurizer
- Tank
- TankHorizontal
- TwoPhaseCavity
- TwoPhaseCavityOnePipe
- TwoPhaseVolume
- VolumeA
- VolumeATh
- VolumeB
- VolumeBTh
- VolumeC
- VolumeCTh
- VolumeD
- VolumeDTh
- VolumeI
- VolumeITh
Examples

Functions

Functions Overview
ThermoRoot
ThermoSquare
LinearInterpolation
TableLinearInterpolation
SmoothStep
SmoothSign
SmoothAbs
SmoothMax
SmoothMin
SmoothCond
SplineInterpolation
TableSplineInterpolation
CumulativeIntegral
Utilities

HeatNetworksCooling

HeatNetworksCooling Overview
AbsorberWaterLiBr
AbsorptionRefrigeratorSystem
DesorberWaterLiBr
HeatNetworkPipe
LatentHeatStorage
SensibleHeatStorage

InstrumentationAndControl

InstrumentationAndControl Overview
Blocks
- Commun
- fmod
- rand
- srand
- Continu
- Derivee
- FctTrans
- Integrateur
- IntegrateurSat
- PI
- PIsat
- PT1
- PT2
- Discret
- ConvAD
- ConvDA
- Echant
- FctTrans
- PI
- PIsat
- PT1
- Pre
- Logique
- AND
- AND3
- AND4
- Constante
- Echelon
- Edge
- NONL
- OR
- OR3
- OR4
- Pre
- Pulse
- SampleTrigger
- Selecteur
- Terminate
- XOR
- Math
- Abs
- Acos
- Add
- Add3
- Asin
- Atan
- BooleanToReal
- Cos
- Div
- EgEntier
- Exp
- Feedback
- Gain
- Inf
- InfEntier
- Infeg
- InfegEntier
- Log
- Log10
- Mul
- Mul3
- Polynome
- Sign
- Sin
- Sqrt
- Sup
- SupEntier
- Supeg
- SupegEntier
- Tan
- NonLineaire
- BandeMorte
- Hysteresis
- Limiteur
- LimiteurVar
- LimiteurVitesse
- RetardFixe
- RetardVar
- Selecteur
- SelecteurEntier
- Switch
- Sources
- Constante
- ConstanteEntier
- Echelon
- Exp
- Horloge
- Pulse
- Rampe
- Random
- RandomLineaire
- SinusExp
- Sinusoide
- Trapezoide
- WirelessSensor
- Tables
- Table1D
- Table1DTemps
- Table1DTempsBool
- Table2D
Common
Connectors
AdaptorForFMU
- AdaptorModelicaTSP
- AdaptorTSPModelica

MultiFluids

MultiFluids Overview
Boilers
- BoilerSystem
- FossilFuelBoiler
HeatExchangers
Machines

NuclearCore

NuclearCore Overview
Xenon
FuelThermalPower
ReactivityFeedbacks
DecayHeat
NeutronKinetics
FuelProperties

Solar

Solar Overview
Collectors
- FresnelField
- SolarCollector
HeatExchangers
- DynamicOnePhaseFlowPipe_Oil
- DynamicOnePhaseFlowPipe_SaltOil
Junctions
- MassFlowMultiplier

Thermal

Thermal Overview
BoundaryConditions
- HeatSink
- HeatSource
Connectors
- ThermalPort
HeatTransfer

WaterSolution

WaterSolution Overview
BoundaryConditions
- RefP
- RefQ
- RefT
- RefXh2o
- Sink
- SinkP
- SourceP
- SourcePQ
Connectors
- WaterSolutionInlet
- WaterSolutionOutlet
HeatExchangers
- ExchangerEfficiency
LoopBreakers
Machines
- StaticCentrifugalPump
- StaticCentrifugalPumpNom
PressureLosses
- SingularPressureLoss

WaterSteam

WaterSteam Overview
Boilers
- ElectricBoiler
BoundaryConditions
- PlugA
- PlugB
- RefH
- RefP
- RefQ
- RefT
- Sink
- SinkP
- SinkPQ
- SinkQ
- Source
- SourceP
- SourcePQ
- SourceQ
Connectors
HeatExchangers
Junctions
LoopBreakers
Machines
PressureLosses
Sensors
- SensorH
- SensorP
- SensorQ
- SensorQv
- SensorT
Volumes
- Degasifier
- DegasifierVolume
- DynamicDrum
- Pressurizer
- Tank
- TwoPhaseCavity
- TwoPhaseCavityOnePipe
- TwoPhaseVolume
- VolumeA
- VolumeATh
- VolumeB
- VolumeBTh
- VolumeC
- VolumeCTh
- VolumeD
- VolumeDTh
- VolumeI
- VolumeITh

Examples

Examples Overview
CombinedCyclePowerPlant
- CombinedCycle_Load_100_50
- CombinedCycle_TripTAC
SimpleExamples
Book
Control

Bibliography

References

Repository
Open issue

.md

CombinedCycle_Load_100_50

Contents

Copyright © EDF 2002 - 2026
ThermoSysPro Version 4.2

CombinedCycle_Load_100_50#

Copyright © EDF 2002 - 2026#

ThermoSysPro Version 4.2#

previous

CombinedCyclePowerPlant

next

CombinedCycle_TripTAC

Contents

Copyright © EDF 2002 - 2026
ThermoSysPro Version 4.2

By Baligh El Hefni and Daniel Bouskela. Modeling and Simulation of Thermal Power Plants with ThermoSysPro. Springer, 2019.

© Copyright EDF 2002 - 2026.