Solid-State Battery Design Simulation in ANSYS

This intensive one-day workshop on Solid-State Battery Design Simulation in ANSYS is designed to provide a fast-track introduction to the fundamental concepts and practical skills required to simulate and optimize solid-state batteries using ANSYS software. Tailored for engineers, researchers, and professionals seeking rapid proficiency, this course combines concise theory with hands-on exercises to enable participants to model, analyze, and improve battery designs in a short period.

The workshop covers essential topics in solid-state battery technology, emphasizing real-world applications and best practices for using ANSYS tools.

Topics include:

• Overview of solid-state battery technology and its advantages
• Introduction to ANSYS battery modeling tools and interface
• Defining material properties, electrochemical parameters, and structural components of the battery
• Simulating electrochemical and thermal behaviors of solid-state batteries
• Basic optimization techniques for enhancing battery performance
• Thermal management and mechanical stress analysis

By the end of this one-day course, participants will be able to set up basic solid-state battery simulations, understand how to analyze thermal and electrochemical performance, and perform simple optimizations for improving battery efficiency and safety.

Key Learning Outcomes:

• Rapidly understand the core principles of solid-state battery technology
• Create basic solid-state battery models in ANSYS
• Simulate battery electrochemical and thermal responses
• Perform initial optimization and troubleshooting of battery designs

Prerequisites: Some familiarity with ANSYS and basic knowledge of electrochemical systems is recommended.

Ideal for: Professionals and engineers looking to quickly gain insights into solid-state battery design using ANSYS