Next-Gen Battery Simulation: Solving 1,000 Cell Electrochemical Battery Packs with JuliaSim

Struggling with slow simulation cycles and limited models when simulating large battery packs? Join Dr. Marc D. Berliner, lead developer of JuliaSim Batteries and Dr. Chris Rackauckas, VP of Modeling and Simulation in this Webinar to solve one of the most pressing challenges in the battery industry - inefficiency in simulating large and complex battery packs using conventional tools. Existing methods and traditional tools sacrifice accuracy for speed to achieve real-time performance at the pack level. JuliaSim Batteries enables faster-than-real-time performance of complex partial differential equations (PDEs) of large battery packs while addressing defects arising from battery manufacturing.

Who must watch: Professionals in the battery industry, including battery manufacturers, researchers, engineers in electric vehicles, renewable energy, consumer electronics, and anyone working on battery pack simulation.

Key takeaways:

Efficient simulation techniques for complex battery simulations
Explore parametric distributions to understand how manufacturing defects influence overall state of health (SOH)
Demo of simulating large battery packs with 1,000 cells in real time using electrochemical battery models in JuliaSim Batteries
Witness the transformative capabilities of JuliaSim Batteries to empower professionals across diverse industries.
Elevate your battery simulation capabilities, make informed decisions, and accelerate innovation in the dynamic space of battery technology.

Got questions or feedback? We'd love to hear from you! Fill out the contact form below, and our team will get back to you as soon as possible.

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