WEBINARS
Keep up-to-date on upcoming and on-demand learning opportunities on Battery Technology.
Laser Solutions for Demanding Battery Manufacturing Applications
Available On-Demand
Duration: 42 minutes
Welding delicate or heat sensitive materials? Joining dissimilar materials? Welding copper? Join us for this webinar to learn how advanced fiber laser technology – Adjustable Ring Mode (ARM) – is used in EV battery production – and how it may deliver an effective solution for your demanding, cost-sensitive mass production for e-mobility welding applications.
Sponsored by:
How New Laser Welding Solutions Can Boost Your Battery and EV Manufacturing Productivity
Available On-Demand
Duration: 20 minutes
Increasing worldwide demand for Electric Vehicles (EVs) has boosted the need for new levels of productivity than ever. The latest generation of reliable and more intelligent laser welding tools offers a solution for applications including battery cell sealing (can cap welding), tab welding, busbar welding and battery tray welding.
This webinar will give you solid grounding to assess the advantages of laser processing heads, and how remote laser welding combined with vision technology can help you in processing sensitive materials for higher reliability, quality, and productivity.
Sponsored by:
How to Light-Up Your Battery & Charging Innovation with Flame-Retardant Rigid Particle Foam
Live Date: September 28, 2021
Duration: 60 minutes
If you’re a technical pro who works on EV batteries, charging systems, and related electrical components, this webinar is geared toward your needs. It presents a lightweight, self-extinguishing rigid particle foam with benefits in several areas, including: thermal management; corrosion mitigation; ease of assembly; wiring/cabling; and noise/vibration reduction. Examples and illustrations will cite the sponsor’s material.
Sponsored by:
Europe’s Fast Track to Innovation for a Battery-Driven Future Revealed
Live Date: September 15, 2021
Duration: 60 minutes
Join this webinar to discover how the European automotive and transportation industry is undergoing new growth as investments in plants, R&D resources, equipment, and battery technology are speeding the creation of a new, sustainable value chain. You’ll learn Leaders from four organizations: Michelin Motorsports, Recharge, Rockwell Automation and Kalypso. You’ll discover how and why advanced manufacturing; sustainable battery production; Zero Emission Mobility; and the new generation of digital innovation transforming the industry.
Sponsored by:
Material Solutions for Battery Fire Protection
Live Date: June 24, 2021
Duration: 60 minutes
As electric vehicles increase in popularity, so does the need for manufacturers to find reliable, cost-effective materials to prevent thermal runaway in lithium-ion batteries. Silicone provides protection and excellent thermal stability for automotive battery modules of all types.
In this webinar, we’ll explore current strategies and materials used to mitigate thermal events. In addition, we will discuss ways to evaluate the effectiveness of these materials and the benefits of using silicones in battery fire protection applications.
Sponsored by:
5 Critical Factors to Consider to when Potting and Encapsulating your EV Application
Live Date: June 9, 2021
Duration: 60 minutes
Choosing the proper thermally conductive material will optimize your application design.
In this webinar, you will learn vital factors engineers face when designing and choosing a potting or encapsulating material for electric and hybrid vehicle applications. Current electronic designs deliver more power and are smaller in size, demanding heat dissipation to remain efficient and safe. Choosing the right thermally conductive potting or encapsulating material will help achieve top performance for your application.
Sponsored by:
Assessing Lithium-Ion Cells and Batteries with 3D X-ray Inspection
Live Date: May 12, 2021
Duration: 60 minutes
Lithium-Ion cells and batteries manufacturers face quality and process control challenges when battery components need to be inspected without being destroyed, especially for mapping the battery electrodes microstructure in 3D, its heterogeneities, and their effect on battery aging and performance. X-ray microscopy and computed tomography techniques can generate detailed internal and external views of the full 3D battery microstructure without destroying it. These capabilities speed up product development time, increase cost-effectiveness and simplify failure analysis and quality inspection of lithium-ion cells deliverables and new battery technologies.
Sponsored by:
