Welcome

Welcome by DEKRA

International Requirements

Fire Safety Technology for Electric Vehicles

• Current situation of electric vehicle fire safety technology
• Electric Vehicle Fire Mechanisms
• Fire Safety Assessment Technology for Electric Vehicles
• About us

Assessment of the Risk of Vent Gases for Vehicle Occupants During a Thermal Runaway

• Aspects of occupant protection in the event of thermal runaway incidents in the entire vehicle, taking into account current rating and certification requirements

European Requirements

New European Legal Requirements

• UN R.100 and thermal propagation requirements
• Developments in other parts of the world
• UN Global Technical Regulation on Electric Vehicle Safety

Accelerating Market Access Under the EU Batterie Regulation 2023/1542 + Sustainability LCA for Batteries

Transfer to the DEKRA Battery Test Center

Nio Battery Swap Station

Live Demonstrations at the DEKRA Battery Test Center

Transfer back to Pressesaal

Evening Reception

Battery Concepts

LFP Blade Cell - How to Improve Safety and Structural Strength for EV Batteries

• Differences between LFP and NCM – How to utilize intrinsic safety advantage
• Advantages of "Blade Cell"- format compared to traditional prismatic and cylidrical cells
• Cell to Body Technology - not only an energy storage also a structural component
• Integrating digital intelligence - How AI and big data help to improve battery safety

Innovative Material Development for Battery Safety in Electromobility

• Development of Materials (coatings, pottings) for Battery Safety on pack level
• Simulation in material development
• Application related testing procedure for batteries in Electromobility

Vehicle Concepts

Renault's Strategy to Face the Upcoming Requirements

Development- and Validationmethods

Thermal Runaway of Batteries – Simulation Models for Safety Assessment

• Discussion of important phenomena during thermal runaway and propagation
• Outlining possible characterization experiments
• Model development and validation for selected phenomena

From Bytes to Volts and Back: Present and Future of Digital Cell Development

A New Approach to Developing Battery Powered Products

• Ways to identify non-linear behavior, aging mechanisms and relevant mechanical properties of a cell
• Advanced data mgmt software platform for battery data
• AI simulation

High Efficient Data Management in Battery Testing