Simulation fuel cell & electrolyzer
TIL Hydrogen Energy Systems
Models for the simulation of hydrogen energy systems
The library contains simulation-ready examples of fuel cells, hydrogen refueling stations, vehicle storage systems, liquefaction processes, chemical reactors with co-electrolysis, as well as methanation and more.
You can select different types of hydrogen. Besides hydrogen R-702, you can also simulate ortho and para hydrogen and their mixtures.
Fuel cells (SOFC, PEM)
Hydrogen refueling station
Linde-Hampson process
Chemical reactors
Liquefaction
SOEC-Cycle
Methanation
Vehicle storage systems
CGH2 Pressure vessel
Your individual model?
„Add on Hydrogen Energy Systems is a dream come true.”
Dr.-Ing. Moritz Lipperheide
Manager Thermal Systems, NEA Green
Example systems for hydrogen applications
Hydrogen refueling stations and vehicle storage systems
Several example models for the distribution of hydrogen for the mobility sector are provided in the Add-On. These include CGH2 (compressed gaseous hydrogen) vehicle storage systems, CGH2 tube trailers and refueling station systems for cascade or booster refueling.
The models can be parameterized and easily customized depending on the application. In case of cascade refueling, which takes place via pressure equalization between refueling station and vehicle storage tanks, for example, the number, the pressure levels as well as the capacity of the refueling station storage tanks can be adjusted.
The simulation provides results regarding the temperature and pressure development of the CGH2 storage tanks as well as the power demand during the refueling processes. This enables an analysis of different refueling station concepts and operating strategies, including the determination of refueling protocols, as well as a general design of pre-cooling and storage capacities.
PEM fuel cell system
To generate electricity from green hydrogen, a fuel cell is required. PEM fuel cells are flexible in application and can be used, for example, in combined heat and power plants and vehicle propulsion systems. The TIL Add-on contains a simulation example of a proton exchange membrane (PEM) fuel cell system for transportation or stationary applications. The fuel cell membrane is almost gas-tight to uncharged air as well as hydrogen, but allows hydrogen protons to pass through.
The model includes the PEM fuel cell and peripheral components for reactant supply. The models provide simple parameterization via efficiency for mass and heat transfer, as well as exchangeable pressure drop correlations. The proportion of hydrogen and nitrogen in the gas mixture can be read out.
SOEC stack and methanation
Power to gas – in this example: electricity to methane – is a way of storing energy.
During the fuel feed, a gas mixture consisting mainly of CO2 and H2O flows into the electrolyzer. Here, the hydrogen is generated and also the methanization takes place.
High-temperature electrolysis can be used to produce methane and oxygen from water and carbon dioxide. For this purpose, the Add-On contains a model of solid oxide electrolyte cells (SOEC).
Dynamic simulation of your own hydrogen energy system
Build your own models and use ready-made components and testers. The Add-On Hydrogen Energy Systems contains the following additional models. All components can be parameterized and combined with models from the TIL Suite standard library, such as heat exchangers, pumps, sensors, cooling circuits, heat pumps and more.
In this way, the plant periphery (Balance of Plant) can also be taken into account.
Brennstoffzelle
Chemischer Reaktor
Vorkühler H2
Speicher
Vorkühler mit LN2
Linde-Hampson Prozess
Combustion Chamber
Electrolyser
Fuel Cells
Humidifier
Jet Pump
Multistage
Compressor
Pressure Vessel
Reformer
Separator
Turbine
Benefits of designing plants with TIL Hydrogen Energy Systems
Usability
Modifiable Modelica code that can be easily customized and integrated into your projects
Reliability
Continuously developed code that has been successfully used in the industry for years
Support
You are not alone. We support our customers with training, video chats and individual consulting services.
TIL Starter Package
Start your TIL simulation project quickly and efficiently. Our TIL Starter Package includes everything you need for a successful start.
- OPTIONAL -
Hydrogen
Models of fuel cells, electrolysis, liquefaction, refueling station etc.
- OPTIONAL -
Adsorption
Models of gas purification, drying, temperature, pressure swing etc
- OPTIONAL -
PCM Storages
Models of various phase change materials , heat exchangers etc.
- OPTIONAL -
High Dynamic
For robust simulations with switching processes, transient boundary conditions etc.
TIL Suite
6 weeks of full access to the professional simulation library
TIL Add-Ons
Full flexibility with all TIL Add-Ons for diverse applications
Training
Learn fast with our hands-on TIL Training
Service & Support
10 hours of consulting and custom modeling support
Package Price: €2,900
Your success is our commitment! 100% money-back option
When you complete the TIL Starter Package successfully, you’ll receive 100% of your fee back — either as a credit toward your TIL licence or as a full refund.
Successful participation means you have:
attended the TIL Training,
participated in the Kick-Off Session,
defined a project goal that includes setting up a TIL model,
actively contributed to the setup of this model,
joined at least one Intermediate Session, and
taken part in a Final Review Session with our team.
All of these activities must be completed within the 6-week duration of the Starter Package.
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