Digital

AVL SIMpulse

Breaking Boundaries – Advance Battery Technology With Simulation
simpulse-battery

Just a few years ago, electrification was a new territory for the automotive industry. 

Today, electrification remains a technology driver and has become an integral part of the development activities of many vehicle manufacturers. The focus is on optimization, cost reduction and durability – especially in battery development. 

Advancements in battery technology have a direct impact on the range, performance, and affordability of electric vehicles – important factors in the appeal of BEVs. The use of high-fidelity simulation models has become state of the art to accelerate the optimization of all these aspects. In this age of increasing complexity and speed, virtualization is necessary to keep up with the pace of innovation.

To optimize important aspects such as the battery management system for maximum performance while keeping each individual cell in a comfortable operating range, electrochemical models are essential. Only they provide deep insight into the cell during operation, where measurements are not possible. Functional models describe only the externally visible behavior, but do not provide any information about the internal states.

However, electrochemical modeling has not yet been widely adopted. This is mainly due to the challenging model parameterization. 
Our experts will present solutions to this problem that break the boundaries of conventional battery design. 

Join the SIMpulse online event for thought-provoking presentations and the opportunity to get answers directly from our battery experts. A diverse range of sessions will introduce you to the latest developments in the field. Gain new momentum and ideas to lead the battery innovation race.

Presentation language
English
Topics
  • Future challenges and paths in battery development
  • How to shorten time to market by virtualizing the battery development process from cell to pack to vehicle integration
  • Thermal runaway simulation to meet battery safety regulations
  • RC-model derivation of electrochemical models for battery management system development
Tom Horvat

Tom Horvat
Product Manager Battery

AVL Powertrain Engineering

Lucas Eder

Lucas Eder
Simulation Engineer Software Services

AVL Advanced Simulation Technologies

Cao Bo

Cao Bo 
CAE Engineer 
Pan Asia Technical Automotive Center

Luigi Giordano

Luigi Giordano
Director Electrification Application

AVL Instrumentation and Testing Systems

 

Brunnsteiner

Bernhard Brunnsteiner 
Skill Team Leader
AVL Powertrain Engineering

 

Gernot Maier

Gernot Maier
Technical Sales Specialist

AVL Advanced Simulation Technologies

 

Matthias Pichler

Matthias Pichler
Simulation Engineer Software Services

AVL Advanced Simulation Technologies

 

9:00 – 9:10 AM CEST

Opening Remarks and Welcome


Maximilian Sommer 
Business Development Manager,
AVL Advanced Simulation Technologies

Christoph Triebl
Solution Manager BEV/HEV System & Battery
AVL Advanced Simulation Technologies

9:10 – 9:25 AM CEST

Shaping the Future of Battery Development

Tom Horvat
Product Manager Battery
AVL Powertrain Engineering

9:25 – 9:50 AM CEST

Virtualization vs. Physical Testing - Who Wins the Clash of Realities?

Bernhard Brunnsteiner
Skill Team Leader,
AVL Powertrain Engineering

Luigi Giordano
Director Electrification Application,
AVL Instrumentation and Test Systems

Gernot Maier 
Technical Sales Specialist,
AVL Advanced Simulation Technologies

09:50 – 10:10 AM CEST

Modelling Battery Thermal Runaway to Ensure Compliance with Battery Safety Regulations

Lucas Eder
Simulation Engineer Software Services,
AVL Advanced Simulation Technologies

10:10 – 10:25 AM CEST

Simulation-Assisted BMS Calibration: A New Era for Battery Management Systems

Matthias Pichler
Simulation Engineer Software Services,
AVL Advanced Simulation Technologies

10:25 – 10:45 AM CEST

Vehicle Battery Pack Thermal Management Based on a 3D/1D Thermal Network

Cao Bo
CAE Engineer,
Pan Asia Technical Automotive Center

10:45 – 11:00 AM CEST

Closing

Maximilian Sommer 
Business Development Manager,
AVL Advanced Simulation Technologies

Christoph Triebl
Solution Manager BEV/HEV System & Battery
AVL Advanced Simulation Technologies

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