Grzegorz Ombach
Executive Vice President- Head of Battery Systems & Head of Strategy and Innovation
Dräxlmaier Group
Rolf Reinelt
Lead Application Engineer
ANSYS
Jérémie Piro
Global Product Manager for BMS and Battery Storage
LEM
Marco Karch
Lead, Battery Technology
E-Force One AG
Jorge Varela Barreras
Senior Researcher in Battery Modelling
Imperial College
Andre Schlott
Head of Business Unit Energy and Thermal Management
Fraunhofer Institute for Manufacturing Technology and Advanced Materials IFAM
Aditya Tiwari
Technical Consultant Electromobility
Expleo Technology Nordic AB
With end user demand for H/EV’s growing exponentially across the globe, the greatest challenge to mass production and adoption continues to be cost and driving range with one charge, with the EV industry still competing with conventional ICE vehicles and low gasoline prices. Everything in the vehicle, from the Battery Pack, BIW, Powertrain, Materials and Thermal Management contributes towards or influences these two points – cost and driving range with one charge.
Automotive IQ’s latest offering, Global Vehicle Electrification 2021: Cost & Driving Range Optimization Series, has been designed to deliver a series of concise, efficient and interactive events, showcasing real application presentations, focusing on everything in the vehicle, from the Battery Pack, Powertrain, Advanced Materials and Thermal Management.
Global EV Battery Technologies & Management Systems 2022, returns on on 22 & 23 March 2022, providing an important platforms for accelerating vehicle electrification, looking at ways to lower cost and increasing driving range, as well as addressing changing technologies and evolving chemistries - 8 solutions-rich presentations and discussions delivered over two days, accessible live and on-demand.
AGENDA DAY ONE: TUESDAY, 22 MARCH, 2022
9:00AM - 9:40AM EST
HIGH VOLTAGE BATTERY MONITORING SYSTEMS: HOW WILL THE CURRENT SENSOR BRING SAFETY & VALUE TO YOUR SYSTEM?
The rapid evolution in the electrification of vehicles imposes to rethink the internal architecture and the way we develop battery systems. High voltage batteries and their peripheric components become key elements of the vehicle, given the driver’s need for autonomy.
Engineers are facing two main challenges: How to ensure the driver’s safety given the battery high voltage (+/-400V up to +/-800V) and how to mitigate the “range anxiety”?
HIGH VOLTAGE BATTERY MONITORING SYSTEMS: HOW WILL THE CURRENT SENSOR BRING SAFETY & VALUE TO YOUR SYSTEM?
The rapid evolution in the electrification of vehicles imposes to rethink the internal architecture and the way we develop battery systems. High voltage batteries and their peripheric components become key elements of the vehicle, given the driver’s need for autonomy.
Engineers are facing two main challenges: How to ensure the driver’s safety given the battery high voltage (+/-400V up to +/-800V) and how to mitigate the “range anxiety”?
These two topics will be addressed during the conference. Jeremie Piro will first cover reminders of BMS architecture and ISO26262 safety standard and illustrate his words through concrete use cases. Then he will highlight the key role of the current sensor to ensure the accuracy and the safety of your EV battery management.
Jérémie Piro, Global Product Manager for BMS and Battery Storage, LEM – Life Energy Motion
9:40AM - 10:20AM EST
BATTERY TECHNOLOGY CHALLENGES FOR COMMERCIAL HEAVY DUTY VEHICLES
- General challenges/differences of small vehicles vs heavy duty commercial vehicles
- Two solutions/approaches (pure BEV or H2 PHEV)
- Impact on battery technology from an engineering perspective
- Conclusions & long-term roadmap
Marco Karch- Lead, Battery Technology, E-Force One AG
10:20AM EST - 11:00AM EST
OPTIMIZED BATTERY MANAGEMENT SOLUTIONS THROUGH SIMULATION
During this session, hear how introducing new processes and workflows using engineering simulation tools can optimize, validate and increase efficiency of your Battery Management System (BMS). Discover:
- The use of a cell selection tool to design a more efficient battery based on existing cells
- Workflows to calculate thermal fields within battery modules and packs to better manage the thermal properties of the battery
- How deriving Reduced Order Models (ROM) of the thermal behavior of the battery pack directly from a 3D field simulation causes system simulation of drive cycles to become more efficient
- Why Model-based system engineering and software development provides huge advantages for testing, code quality and optimization. And how designing the BMS software using this method allows for qualified C code consistent with the model, enabling a smooth integration with BMS system simulation
- The impact on the battery pack through structural and impact analysis, including adopting a new approach to thermal runaway to ensure vehicle and passenger safety.
Rolf Reinelt- Lead Application Engineer, ANSYS
11:00AM - 11:40AM EST
MORE ROBUST & REALISTIC BATTERY THERMAL MODELLING WITH PARAMETERIZATION
Battery thermal modelling is critical for the advance of energy storage systems and e-mobility, but a model is only as good as its parameters. 'Meta-analysis of experimental results for heat capacity and thermal conductivity in lithium-ion batteries: A critical review' provides the most critical review of thermal parameters to date, providing instructions on how to use these data in multi-scale models.
Hear from an expert as they discuss the article, and share critical gaps in knowledge and key research needs
Article’s share Link: https://authors.elsevier.com/c/1eQwK1M7w0TMkr
AGENDA DAY TWO: WEDNESDAY, 23 MARCH, 2022
9:00AM - 9:40AM EST
NEXT-GENERATION BATTERY TECHNOLOGIES
- Technology trends towards higher energy, power density and safety
- Transformation of the value chain from horizontal towards vertical
- Solid-state as the holy grail for EV battery
Grzegorz Ombach- Executive Vice President- Head of Battery Systems, DRÄXLMAIER Group
9:40AM - 10:20AM EST
EV BATTERY TECHNOLOGY ROADMAP
- Current Battery technology overview
- Key leading cell manufacturers
- Global application overview
- Future technology trends
Aditya Tiwari- Technical Consultant Electromobility, Expleo Technology Nordic AB
10:20AM - 11:00AM EST
CURRENT DEVELOPMENTS IN MATERIALS AND THERMAL MANAGEMENT- FOCUSING ON THE BATTERY MODULE
Increased demand for worldwide (lithium-based) batteries are used in a wide variety of thermal conditions. To maintain optimal operation, a thermal management system is needed. Passive cooling systems contribute to the energy efficiency of the overall system by minimising auxiliary energy. The Talk will compare the temperature and the temperature differences inside a battery cell when using an PCM-based passive cooling system and an active air cooling.
Dr.-Ing. André Schlott- Head of Business Unit Energy and Thermal Management, Fraunhofer Institute for Manufacturing Technology and Advanced Materials IFAM
11:00AM - 11:40AM EST
ACCELERATING VEHICLE ELECTRIFICATION: CLOSING PANEL
DISCUSSION ON THE INDUSTRY'S VISION ON CURRENT EV BATTERY TRENDS
- How will the industry meet the growing demands for Lithium-ion Batteries
- Discuss how the advancements in battery technologies are accelerating growth in the EV market
- Explore how we can reuse and recycle EV Batteries
Lead by Grzegorz Ombach- Executive Vice President- Head of Battery Systems & Head of Strategy and Innovation , DRÄXLMAIER Group
Aditya Tiwari- Technical Consultant Electromobility, Expleo Technology Nordic AB
Jorge Varela Barreras- Senior Researcher in Battery Modelling, Imperial College
Marco Karch- Lead, Battery Technology, E-Force One AG
With advances in EV battery and associated BMS technologies one of the major drivers in the global electric vehicle battery market, the Global EV Battery Technologies & Management Systems 2022 Conference will bring together global automotive manufacturers, including battery research and system/cell integrators to examine the latest developments in:
Automotive IQ's Global EV Battery Technology & Management Systems 2022 online conference is geared to match OEM requirements with expert solutions and give suppliers the opportunity to target customers investing in this high growth area.
With over 1500 attendees registered for the events in 2021, the event is the perfect opportunity to elevate your company's profile in front of automakers actively looking for solutions in this space.
If you are interested in discussing sponsorship opportunities, contact us on enquire@iqpc.co.uk
- Battery Cell Technologies and Chemistries
- Battery Modelling
- Higher Energy Density Batteries and Energy Storage Solutions
- Second-Life Batteries
- Advanced Battery Management Systems and Software
- Ultra-Fast Charging Technologies
- Battery Cooling Systems and more
Automotive IQ's Global EV Battery Technology & Management Systems 2022 online conference is geared to match OEM requirements with expert solutions and give suppliers the opportunity to target customers investing in this high growth area.
With over 1500 attendees registered for the events in 2021, the event is the perfect opportunity to elevate your company's profile in front of automakers actively looking for solutions in this space.
If you are interested in discussing sponsorship opportunities, contact us on enquire@iqpc.co.uk
Top 5 Reasons to AttendThe Event this March
- FREE TO ATTEND
- No travel costs or time out of the office
- Access the content on demand and watch in your own time
- 10 of the hottest topics in the battery technology space, thrashed out rapid fire
- Latest developments and technologies in EV Battery Technology & Battery Management Systems
- Cutting-edge presentations and discussion on the application of Li-Ion and Solid-State Batteries, Second-Life Batteries and Thermal Management
- FREE TO ATTEND
- Access the content on demand and watch in your own time
- 10 of the hottest topics in the battery technology space, thrashed out rapid fire
- Latest developments and technologies in EV Battery Technology & Battery Management Systems
Who is this event designed for & who should attend?
- Electric, Autonomous and Hybrid Vehicles Manufacturers
- Tier 1 and Tier 2 suppliers in the EV space, including:
- Battery and Fuel Cell Manufacturers
- Battery Management Systems Suppliers
- Lithium-Ion/Li-Ion Battery Companies
- Solid-State Batteries Companies
- Electrified Powertrain Systems and Component Suppliers
- Thermal/Cooling Systems and Related Component Manufacturers
- eMobility/Charging Infrastructure Companies
- High Voltage Systems and Power Semiconductor Suppliers
- CAE Software and Modelling Suppliers
- Benchmarking Engineering Services Providers
- Engineering Consultancies
With Job titles including but not limited to:
- CEOs, VPs, Directors, Heads of, Technical Leads, Managers, Engineers, Scientists of:
- BEV, Hybrids and Mild-Hybrid
- Electrification
- Batteries
- Energy Storage
- Cooling and Thermal Management
- Materials
- Research, Development & Innovation
- eMobility & Charging Infrastructure
- Powertrain Engineering & Propulsion
- Systems & Control Engineering
Automotive IQ Online Events | How do they work?
Step 1: Register
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Step 4: Watch the event
Click the link in the confirmation email and prepare questions for our industry-leading speakers
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