English
Progettazione tecnologie dell'idrogeno con la simulazione
Progettare le tecnologie dell'idrogeno con la simulazione
Daniele Panfiglio, Comsol
Sommario
(PDF in lingua inglese)
- Trends in Technologies for the Hydrogen Economy: Electricity production; Hydrogen production; Residential electricity
- The Water Electrolyzer
- The Hydrogen Fuel Cell
- Modeling Fuel Cells, Electrolyzers, Reformers, Storage, and Sequestration...
- Design All Energy Transfer and Transformation Components
- From Model to Simulation App
- Typical Chemical Processes Involving Hydrogen
- Laminar and Turbulent Flow
- Modeling Strategy for Chemical Engineering
- Chemical Reaction Engineering Module
- Porous Catalyst
- Polymer Electrolyte Membrane Electrolyzer
- PEM Water Electrolyzer, results
- PEMFC Model: Thermal Management
- Comparison: Fuel Cells and Electrolyzers
- Flexibility for Other Devices
- Live Demo
- Modeling Approach
Multiphysics modeling and simulation are key tools for developing hydrogen devices.
- Apps allow a larger community of scientists and engineers to benefit from high-fidelity multiphysics modeling.
- Collaboration between all functions within product development around models and apps is increasingly important for all industries, especially for designing and optimizing batteries and fuel cells.
In allegato, possibile scaricare l'atto completo.
- Live Demo
- Modeling Approach
Multiphysics modeling and simulation are key tools for developing hydrogen devices.
- Apps allow a larger community of scientists and engineers to benefit from high-fidelity multiphysics modeling.
- Collaboration between all functions within product development around models and apps is increasingly important for all industries, especially for designing and optimizing batteries and fuel cells.
In allegato, possibile scaricare l'atto completo.
Video
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Fonte: Fiera Idrogeno ottobre 2022 Progettare le tecnologie dellidrogeno con la simulazione
Parole chiave: Celle a combustibile, Idrogeno
