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MODELICA · FMU · ENERGY SYSTEMS

Modeling for a More Flexible Thermal Power Future

Use Modelica-based models and Functional Mock-up Units to analyze plant behavior, evaluate flexibility options and support engineering decisions for a cleaner, more resilient energy system.

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Flexible OperationMeet changing grid needs

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Better DecisionsFrom physics-based insights

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Sustainable EnergyReliable. Efficient. Lower emissions.

Fast Cut Back turbine load response placeholder

OPEN STANDARDS FOR FLEXIBLE ENERGY SYSTEMS

Modelica & FMU Technology

Build physics-based energy-system models in Modelica, package subsystem models as FMUs, and connect them through an FMI-based blockset for cloud engineering studies.

The engineering workflow supports model reuse from design through operations without tying the study to one simulation authoring environment.

Learn more about Modelica and FMI →

ModelicaEquation-based physical modeling

Boiler, turbine and balance-of-plant models
Physics, states and equipment dynamics
Reusable component libraries
From subsystem to integrated plant

FMI / FMUPortable model exchange & co-simulation

Tool-independent model interface
Portable simulation components
Defined inputs, outputs and parameters
Reuse in different engineering environments

FMI Blockset in CloudEngineering simulation workspace

Connect boiler, turbine, condenser and controls
Build and simulate plant model sets
Run what-if and transient scenarios
Use as an engineering analysis tool

KEY APPLICATIONS

Address Real-World Flexibility Challenges

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Load Ramp & FCB

Evaluate ramp capability, fast cut back, runback and cycling constraints with a larger view of the transient response.

Load ramp and fast cut back chart

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Minimum Technical Load

Assess stable low-load operation, combustion and control limits while keeping the operating envelope and trends easy to read.

Minimum technical load chart

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Boiler / Rotor Stress

Evaluate thermal and mechanical stress during transient operation with more space for both the stress profile and engineering context.

Boiler and rotor stress chart

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Tube Leak Simulation

Analyze tube-leak impact on pressure, level, temperature and plant response in a focused, full-width engineering view.

Tube leak simulation chart

Model Today.
Enable a Flexible Tomorrow.

Advanced modeling. Smarter operation. A more sustainable energy future.

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DesignEvaluate options

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OperateOptimize performance

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SustainLower emissions