Join this session to learn about solutions to overcome high volume manufacturing challenges in LED lighting, infotainment and instrument cluster and power management applications within electric vehicles. Presented by: Marco van Oosterhout, Director, Product Marketing, Kulicke & Soffa Terence York, Senior Manager, EA/APMR Business Unit, Kulicke & Soffa Ganesh Prasad KN, Director, Product Marketing, Kulicke… Read more »

Dr. Girish Dahake, Senior Vice President, Global Applications of Ambrell Corporation, will review a wide array of induction heating applications in electric vehicle manufacturing such as brazing for electric vehicle batteries, shrink fitting motor shafts into stators, bonding of magnets in electric motors and much more. Attendees will learn about the benefits induction heating can… Read more »

In the evolving world of eMobility one thing remains constant – the inverter is the heart and soul of electric vehicles. When it comes to testing inverters, the trend has been to pull tests further up the development cycle, using virtualization to simulate components at lower costs and test scenarios faster than in-vehicle field testing…. Read more »

In this session, Advance Application Engineering Specialist Paul Kolokowski and Senior Application Engineering Specialist for Automated Processing and Dispense Applications Jeffry Grana will discuss the benefits of 3M™ Sealant SZ1000 for EV Enclosure Sealing. A highly durable cure-in-place, non-flammable, foam, sealing solution designed for enclosures in EVs and hybrids that provides sealing against moisture and… Read more »

The charging experience is one of the largest differences between vehicles with a battery and vehicles with a fuel tank. The core charging requirements are established and standardized, however both the technology and applications are still in early stages of maturity. Therefore, they are subjected to intense market pressure to expand, evolve, and improve. The… Read more »

In this session, experts from DWFritz Automation and Bosch Rexroth will discuss the development of a fully automated high-speed battery manufacturing line that uses advanced components from Bosch Rexroth. The complex and production process requires precision material handling and motion control that is coupled with advanced web handling to ensure the precise stacking of the… Read more »

Detailed understanding of battery technology and the underlying physics processes is necessary to design high-performance, durable, and safe batteries. Physics-based modeling is being used for building accurate simulations of batteries, incorporating different aspects through predefined physics-based interfaces, from detailed structures in a battery’s porous electrode to the battery pack scale, including thermal management systems. In… Read more »

The battery packs found in today’s EVs represent a significant advancement over those designs considered state of the art just a few years ago. As automotive OEMs drive to increasingly advance pack designs they are being asked to balance the desire for increased range and improved recharge time with growing government regulations focused on safety… Read more »

EV Battery validation demands more than iterative optimization; it demands innovation in multiple dimensions for which there is no playbook or best practices. Expectations on safety and performance continue rising. Regulations, standards, and ways to test against them change constantly. How do you keep up with this ever-moving target? You move faster by optimizing the… Read more »