On-Site

AVL Open House: E-Mobility, UK

Sky Suite, British Motor Museum, Gaydon
Register now
key visual

AVL Open House: E-Mobility, UK

In a world where the electrification of vehicles is paving the way for a cleaner and more sustainable future, AVL stands at the forefront of innovation. Therefore, we are delighted to invite you to a one-day open event that promises to be both enlightening and electrifying.

Event Overview

At AVL, we have made it our mission to drive the future of e-mobility, and we are excited to share our expertise with you. The following exciting topics await you at the event:

  • Captivating the journey through the entire electric propulsion spectrum, from battery cell, pack and module testing to advanced inverters, e-motors, e-axles, and complete vehicle test systems.
     
  • From individual components to integrated systems, you will gain valuable insights into testing for the electrification landscape.
     
  • Our AVL SPECTRA™ Universal Inverter will be presented as a versatile tool to develop and validate electric propulsion systems.
     
  • AVL experts will demonstrate software tools for development and testing in an interactive and engaging way.

Event Format

AVL’s team of experts will be on site, ready for discussion, and equipped with selected demo material to bring these exciting topics to life.

 

Presentation language
English
Location
Sky Suite, British Motor Museum

Banbury Road, Gaydon
Warwickshire, CV35 0BJ
United Kingdom

Show on Google Maps
Download floor plan
Topics
  • Battery cell testing
  • Battery module/pack testing
  • E-Motor testing
  • E-Axle testing
  • Inverter testing
  • Software solutions

Register now
Declaration of consent for image and sound recordings

During the event, AVL intends to take pictures and realize videos and audio recording (or have a third party take such pictures or realize such videos and audio recording) and to further publish them on the AVL web presence, the AVL YouTube channel, and other publication for the purpose of the realization of the aforementioned event and for the purpose of marketing and external communication. Please note, that following publication on the internet, such pictures/recordings are accessible on a worldwide basis and that their use by third parties cannot be excluded.
By clicking on submit, you give consent to the use of the data you provided to process your request and to receiving communication in connection with your request/registration.
Please click here to view the AVL Privacy Policy.
CAPTCHA

Program

09.00 – 09.30
Intelligent Testing and DevOps Integration

09.35 – 10.05
Power Measurement and Analysis in Electrification Testing

10.10 – 10.40
Cell Testing as Basis for Precise
Battery Pack Development

10.40 – 10.55
Coffee break

(~ 15 minutes)

10.55 – 11.35
Using AVL SPECTRA™ Universal Inverter
for E-Motor Testing and Development

11.40 – 12.10
Lab Management for Battery Testing

Efficiency, Lab Integration, and Transparent Process Tracking

12.15 – 13.15
Lunch break

(~ 1 hour)

13.15 – 13.45
Data Driven Battery and BEV Development​
Data Processing and Analytics

13.50 – 14.30
AVL Battery Pack Test System

For a Safe and Efficient Lab Environment

14.35 – 15.05
Cyber Security Challenges Throughout the Vehicle’s Lifecycle

15.05 – 15.20
Coffee break

(~ 15 minutes)

15.20 – 15.50
Inverter Testing

15.55 – 16.25
For a Successful E-Drive DVP

Best Test Systems for Your Challenges

16.30 – 17.00
E-Axle Development

Upcoming Events
AVL DRIVINGCUBE Demo Days
On-Site
AVL DRIVINGCUBE™ Demo Days
AVL SIMpulse - Vehicle Chassis
Digital
AVL SIMpulse – Test Anywhere, Drive Anywhere: New Simulation Methods For The Next-Level Driving Experience
3 cars with battery electric on the bonnet connected to chargers
On-Site
AVL Battery Tech Day: Powering Future Mobility
AVL Simulation Conference Japan 2024
On-Site
AVL Simulation Conference Japan 2024
AVL Reimagine Mobility Conference
Off-Site
AVL Reimagine Mobility Conference and Exhibition 2025
Symposium on Development Methodology
On-Site
11th International Symposium on Development Methodology