Effective dielectric protection can maximize an EV battery pack’s energy density, improve vehicle reliability and enhance consumer safety. Common dielectric materials include mica and dielectric films. However, bonding these materials to certain pack surfaces can present challenges. Such challenges can lead to issues with pack assembly and possible compromises in battery design. In this session,… Read more »
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Battery vents for diverse EV applications (Webinar)
EV battery pack designs have evolved and so have solutions to provide pressure equalization and thermal runaway mitigation. To meet the range of market needs, Donaldson has developed a vast portfolio of battery vents. Join this webinar, where we will walk through Donaldson’s approach of aligning end-user requirements with innovative designs. Key takeaways: Reserve your… Read more »
Next Generation Dielectric Insulation Solutions for EV Battery Packs
As global demand surges for EV battery packs, engineers across the product’s value chain continue to seek new ways to address crucial design challenges. These include choosing materials that provide dielectric insulation. Such choices can significantly impact pack energy density, vehicle reliability and safety. In this session, Max VanRapphorst and Scott Krusinski of Avery Dennison… Read more »
Next generation dielectric insulation solutions for EV battery packs (Webinar)
As global demand surges for EV battery packs, engineers across the product’s value chain continue to seek new ways to address crucial design challenges. These include choosing materials that provide dielectric insulation. Such choices can significantly impact pack energy density, vehicle reliability and safety. In this session at the Fall Virtual Conference on EV Engineering,… Read more »
Why pressure-sensitive adhesive tapes offer a better solution for electrical insulation in EV battery packs
Sponsored by Avery Dennison. The electric vehicle (EV) marketplace is expected to grow rapidly this decade. This latest Avery Dennison Performance Tapes white paper explores the use of films integrated with pressure-sensitive adhesive tapes in EV battery packs. The white paper sets the demand expectations with key research forecasts, including: These insights bode well for… Read more »
Choosing The Right Tape When Designing for Electrical Insulation in EV Batteries
Choosing a dielectric protection barrier during the design and construction of EV battery modules and packs is a critical engineering decision. With an optimized solution, engineers can maximize pack energy density, improve vehicle reliability, and enhance consumer safety. In this session, Max VanRapporst and Scott Kruskinski of Avery Dennison Performance Tapes will discuss the comparative… Read more »
High voltage power distribution and EV charging for commercial vehicles (Webinar)
Electric commercial vehicles need to drive farther and charge faster to be an effective solution for fleets. But what does this mean for system safety, reliability & scalability? How best to optimize this power distribution within the system and into the charging infrastructure? EV manufacturers and fleets need reliable technology to handle higher power levels… Read more »
Building a reliable, streamlined and future-proof battery testing infrastructure (Webinar)
Battery cyclers play an essential role throughout the development of batteries and therefore, are considered an indispensable part of any battery testing laboratory or manufacturing facility. Join this presentation at next week’s Virtual Conference on EV Engineering, presented by Bitrode, where we will first discuss the requirements for an advanced battery cycler to meet the… Read more »
The Battery And Beyond: How Pressure Sensitive Adhesive Tapes Enable Vehicle Electrification
Pressure-sensitive adhesive tapes are a reliable solution for a range of EV battery pack applications. These include bonding, flame retardance and dielectric insulation, and protection of sensitive materials. However, EV battery applications represent just a fraction of the many ways these tapes can support the electrification of modern vehicles. In this session, experts from Avery… Read more »
Using Materials Science & Precision Converting to Solve the Thermal Runaway Problem: A Panel Discussion
Drivers of electric vehicles want to be able to achieve a full charge as quickly as possible. They also want long-lasting batteries. But fast charge/discharge cycles generate excess heat that is detrimental to the life of the battery. Product designers need a way to pull the heat out as fast as it comes in. They… Read more »