How to manage complexities in battery production webinar part 2 скачать в хорошем качестве

How to manage complexities in battery production webinar part 2

Welcome to part 2 of exploring a multi-physics approach to battery thermal management and runaway analysis. This webinar delves into the critical challenges of modern battery design, focusing on balancing safety with energy density, and mitigating hazardous phenomena like thermal runaway. Discover how Simcenter tools offer an integrated workflow solution to address battery development challenges across multiple scales, from cell to pack and vehicle level, ensuring performance, lifetime compliance, and cost-effectiveness within short design cycles. What you'll learn: Passive Thermal Runaway Protection: Discover how to design and optimize heat shields between battery cells using Simcenter STAR-CCM+ to slow propagation and meet safety criteria. Thermal Management System Configuration: See how to configure a liquid cooling system for fast charging operations, identifying optimal cell temperatures and cooling system parameters using electro-thermal simulations. Generating Training Data for AI: Understand how 3D simulation results can be used to generate training data for fast-running neural network models. Physics-Based Thermal Runaway Modeling: Explore Simcenter Amesim's predefined thermochemical reactions to virtually test thermal runaway under different operating conditions (initial state of charge, state of health). Battery Pack Model Reduction Workflow: Learn how to create real-time capable, high-accuracy reduced order models (ROMs) from 3D multi-physics simulations, leveraging AI and system equivalent circuit models for system-level and control design activities. Speakers: Sana Loussaief, Business Developer, Siemens Digital Industries Software Nils Ziegler, Global Battery Application Specialist, Siemens Digital Industries Software Watch part 1 here: https://sie.ag/2jdDaL Learn more about Siemens' STAR-CCM+ : https://sie.ag/2xEHm Dive into Siemens battery industry: https://sie.ag/4xy4in