Details

From electrochemistry to electrodes, cells, modules, packs and systems to the coupling of various physical factors, simulation technologies and numerical methods provide solutions for battery and fuel cell simulation for safety, performance and reliability.

Benefits

In this presentation you will get an overview of the simulation possibilities of batteries and fuel cells. For batteries, the electro-thermal coupled analysis with 3D field simulations, among other things, will be explained. For fuel cells, innovations on the topic of system simulation, fluid-structure interaction, and PEM electrolysis will be shown.

Target Group

• Users
• Decision makers
• Generally interested persons
• Designers
• Engineers

Agenda

• Electro-thermal coupled analysis with 3D field simulations
• Derivation of a Reduced Order Model (ROM) from the field simulation
• System simulations of drive cycles
• Pack Builder: Construction of a complete battery (pack) from ready-to-use simulation models for individual module and cooling plate
• Models for aging and expansion (swelling)
• Options for meshing MEA, gas channels, and bipolar plates
• Model for PEM fuel cells
• System simulation, fluid-structure interaction and PEM electrolysis