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Virtual Conference on EV Engineering: Free to Attend
The sessions from our Fall 2022 Virtual Conference are now available to view on-demand. Register for a session below to watch the recording and download the presentation.
Electric Motor Design for Heavy Duty EV Applications: Challenges And Chances
Exploring The Latest Rimac Battery Platform
5 Must Have Features For Your EV Analytics Platform
EV Battery Test: Improve Your Lab Design And Operation
Beyond The Product Portfolio: Value-Added Services You Should Expect from Your Suppliers
Top 5 Techniques For Analyzing Lithium Battery Cells
Thermal Conductive Adhesives For Next Generation Cell-to-Pack Configurations
Power Connections In Electric Vehicles
Diving Into Motor & Control System Measurements
Understanding And Measuring Failure Modes In Electric Motors
Electric Testing Of Electrode Sheets
Innovative Clad Metal Solutions To Address Technical Challenges In Next Generation Batteries
Managing Heat in EV Battery Packs with Adhesive Tapes and Precision Converting
Developing A New Electrified Powertrain System? Leverage These Innovative Approaches
CHARX DC Power Electronics For EV Charging Infrastructure
The Battery And Beyond: How Pressure Sensitive Adhesive Tapes Enable Vehicle Electrification
Using Materials Science & Precision Converting to Solve the Thermal Runaway Problem: A Panel Discussion
Advanced Material Solutions For Automotive Power Module Applications
Addressing Today's Challenges For EV Battery Technologies
Why Model Batteries?
Virtual Twin For Battery Engineering
Ways To Improve The Insulation Lifetime In Presence of Partial Discharges
Optimizing EV & Battery Test Systems Utilizing A Common DC Bus Solution, SiC Inverter Technology, And Flexible HiL Components.
Next Generation Battery Interconnect Solutions
EV Lubes: The Latest In Driveline E-Fluid Technology
X-Ray Computed Tomography For Non-Destructive Evaluation In The EV Market
Three Key Considerations To Optimize Your Inter-Cell Battery Material
Developing A Sustainable High-Power V2X Test Solution
Thermal Optimization Of An EV Battery Pack - Simply Via Browser
Thermal Runaway Early Detection: Critical Sensors And Connections For Safe Battery Management
How To Unleash SiC Power Device Efficiently With Smart Control?
Overcoming Challenges In The Validation Of Battery Management Systems
NVH And EV Powertrain Measurement Technologies Combine For A Powerful Solution
Functional Test And Measurement Of Fuel Cell Electric Drive System
Best In Class Stator And Rotors: Boosting Torque Density Using Magnetic Materials
Guidelines For Implementing Wire Bonding Or Smart Welding For Battery Modules From Concept To Production
Advanced Thermal Barriers: How To Transform Your Thermal Runaway Mitigation Strategy
HPC And MCS Charging Systems
Interconnect Solutions For The Production Of State-Of-The-Art Battery Modules
Best Practices For Installing And Troubleshooting EV Charging Stations
How To Improve Battery And EV Design & Manufacturing With Pressure Mapping
How To Accelerate EV Time To Market Through Robust Subcomponent Testing
EV Thermal System Modeling and Optimization
Pioneering Charging Technology For 800 V EVs
Multiple Advanced Material Technologies For EV Applications
New Innovative Laser Welding For Hermetic Seal Of Aluminum Alloys In EV
Assessing Voltage And Current In Your EV Module Designs
Achieving High Power Density Without Sacrificing Reliability Or Manufacturability In On Board Chargers And Other EV Auxiliary Applications
Shaping Tomorrow: How Flexible Printed Circuits Are Influencing The Electrification Road Map
Innovative New Anode-Free Cell Enables Dual-Chemistry EV Battery Architectures
EV Engineering Webinars & Whitepapers
EV Tech Explained