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Improving Battery Safety and Performance with Pressure and Temperature Mapping
In this webinar, we’ll explore how pressure mapping provides engineers with detailed insight into mechanical loading during cell design, module stacking, and formation processes.
Mechanical and thermal stresses are key factors influencing battery safety, performance, and cycle life — yet they are often difficult to detect during development and early production stages. In this webinar, we’ll explore how pressure mapping provides engineers with detailed insight into mechanical loading during cell design, module stacking, and formation processes. We’ll also introduce new temperature mapping capabilities that work alongside pressure data, helping visualize the relationship between mechanical and thermal forces.
Learn how integrated surface sensing can reveal hidden risks, support better design decisions, and optimize battery formation strategies.
Attend this webinar and learn:
- Detect and quantify mechanical loading with pressure mapping
- Visualize thermal behavior and its relationship to pressure
- Identify risks like uneven pressure or thermal hotspots early
- Inform battery design validation and formation optimization
