Today’s EV engineering webinar schedule: Wednesday, October nineteenth

October 19, 2022

Spread the love

Charged is internet hosting a digital convention on EV engineering that’s free to attend and it begins in the present day. The convention consists of dwell webinar periods with interactive Q&As and on-demand webinars. View the day by day session schedule on-line right here.

All of the dwell periods will probably be recorded and accessible to view after the broadcasts. You can entry the recorded movies on every session’s registration web page.

Today’s Session Topics:

60-Minute Feature Presentations:

8:00 AM EDT
Three Key Considerations To Optimize Your Inter-Cell Battery Material

9:15 AM EDT
X-Ray Computed Tomography For Non-Destructive Evaluation In The EV Market

10:30 AM EDT
Next Generation Battery Interconnect Solutions

11:45 AM EDT
Using Materials Science & Precision Converting to Solve the Thermal Runaway Problem: A Panel Discussion

1:00 PM EDT
The Battery And Beyond: How Pressure Sensitive Adhesive Tapes Enable Vehicle Electrification

2:15 PM EDT: Gold Sponsor Session
Addressing Today’s Challenges For EV Battery Technologies

2:45 PM EDT
Advanced Material Solutions For Automotive Power Module Applications

3:30 PM EDT
Innovative New Anode-Free Cell Enables Dual-Chemistry EV Battery Architectures

30-Minute Presentations:

8:00 AM EDT
Pioneering Charging Technology For 800 V EVs

8:45 AM EDT
How To Unleash SiC Power Device Efficiently With Smart Control?

9:30 AM EDT
Ways To Improve The Insulation Lifetime In Presence of Partial Discharges

10:15 AM EDT
NVH And EV Powertrain Measurement Technologies Combine For A Powerful Solution

11:00 AM EDT
Electric Testing Of Electrode Sheets

11:45 AM EDT
How To Improve Battery And EV Design & Manufacturing With Pressure Mapping

12:30 PM EDT
Assessing Voltage And Current In Your EV Module Designs

1:15 PM EDT
Thermal Runaway Early Detection: Critical Sensors And Connections For Safe Battery Management

2:00 PM EDT
Advanced Thermal Barriers: How To Transform Your Thermal Runaway Mitigation Strategy

Also Read: