Watch the replay and learn more about the digital design process, which provides insight into battery behavior, such as electrochemistry, thermal, fluid and structure, to confidently design batteries.
The success of an Electric Vehicle (EV) program heavily relies on getting the right battery material, cell design, and pack design. However, it is difficult to be confident about getting the design right the first time fulfilling competing performance metrics.
In this webinar, we demonstrate how SIMULIA digital design process provides insight into battery behavior such as electrochemistry, thermal, fluid and structure to design the battery with confident. You will learn how to arrive at an informed decision on battery material selection event under limited information, just like what you typically have, how to optimize the cell design for performance and safety, and how to create the best-in-the-class battery pack design balancing safety, efficiency, durability, and cost. All of the above are done in an integrated MODSIM framework with accelerated design cycle, ease of use and model traceability.
Highlights:
- Automated cell design creation, mesh generation and superior electrochemistry solver makes cell performance optimization much easier.
- Fully modular, flexible and parameterized battery pack creation and robust linear and nonlinear solvers provides unparalleled level of design, modeling, analysis and optimization capability.
- Advanced multi-physics applications in 3DEXPERIENCE Platform enables a unique level of multi-disciplinary trade-off for battery pack engineering
To view all upcoming webinars, visit our series homepage: go.3ds.com/nextgen-design
