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Morning Reception

Conference Welcome

Powering The Future: Innovations And Safety In Battery Technology

Introduction: Launch Of Position Paper + RISE

Dina Dedic, Business Office Manager – RISE, Swedish Research Institute

This session marks the official launch of a key position paper developed by RISE, the Swedish Research Institute. The paper outlines critical advancements and recommendations in the battery industry, focusing on innovation, safety standards, and sustainability. This presentation will offer attendees an in-depth look at the latest research findings and strategic directions proposed by RISE to guide the future of battery technology.

Navigating The Evolving Landscape Of Battery Safety Regulations And Standards In Europe

Roberto Pacios, Technology Manager in Electrochemical Energy Storage – CIC energiGUNE

Regulatory bodies are rapidly advancing battery safety standards to address new challenges. Explore the latest developments in battery safety regulations, discussing key safety concerns, compliance challenges, and strategies for harmonizing regulations across the region; covering how evolving standards are impacting battery design, testing, and lifecycle management, ensuring that innovations in battery technologies align with stringent safety requirements.

Enhancing Battery Safety Through ISO/TC 22/SC 37 – ISO TC 517 Standards: A Comprehensive Update

Annika Tidblad, Technical Leader Battery Safety and Legislation – Volvo

CarsBjörn Fridholm, Technical Expert Battery Management Systems – Volvo Cars

Battery safety remains a paramount concern as the electric vehicle (EV) and energy storage industries evolve. This session will focus on the critical role of ISO TC 517, a new standard dedicated to advancing safety in batteries, particularly for transportation and stationary energy storage systems. Participants will gain insight into the latest developments, best practices for compliance, and how these standards are shaping global approaches to battery safety, providing detailed explanations of the ISO/TC 517 framework and its practical implications for manufacturers, researchers, and regulatory bodies.

Ensuring Safety In Vehicle Systems: Navigating Challenges And Innovations

Tiva Sharifi, Technology leader for Electrification, Scania R&D

Elna Holmberg, Vice President – Volvo Group Electromobility

Srivastav Shruti, Senior Engineer – Scancia

As vehicle systems evolve, safety remains at the forefront of development priorities. Learn about the latest safety innovations and regulatory requirements with a focus on how vehicle systems are being designed, tested, and implemented to ensure the highest levels of safety. Experts will provide insights into system-level safety challenges, including battery safety, software reliability, and integration with vehicle networks.

Technical Deep Dive: Addressing Thermal Runaway

Senior Engineer, Battery Testing & Safety

Thermal runaway is one of the most critical safety challenges in lithium-ion battery systems, particularly in EVs and energy storage systems. This session will take a deep dive into understanding how new European testing standards are driving innovation in safety protocols. Experts will discuss the latest testing standards, such as IEC 62660-3 and UNECE R100, and provide insights into how manufacturers are designing battery systems to meet these rigorous requirements.

• Overview of thermal runaway as a critical safety concern in lithium-ion batteries

• Insights into the latest European thermal safety standards and their testing protocols (e.g., IEC 62660-3, UL 9540A)

• Case studies on the impact of these standards on battery design and containment systems

• Strategies for designing battery packs that comply with these rigorous safety requirements

Morning Networking Break

The New Battery Regulation – Effects On Society, Safety And Sustainability

Kenneth Ekman, Director, Concept and Technology Development, Fortum Battery Recycling

The battery industry faces transformative changes that will impact not only manufacturers but also society, safety standards, and sustainability efforts. This session will delve into the key aspects of the regulation, focusing on how it aims to balance the growing demand for batteries with societal responsibility, safety advancements, and environmental sustainability. Kenneth will examine the wide-ranging effects of the regulation on the battery supply chain, product lifecycle management, and long-term sustainability goals, providing attendees with a clear understanding of how to adapt to the new regulatory landscape.

Enhancing Battery Safety: Innovations, Challenges, And Compliance Strategies

Victoria Hutchinson, Senior Research Project Manager, National Fire Protection Association, USA

Battery safety is a top priority as the demand for high-energy-density batteries in electric vehicles (EVs), consumer electronics, and energy storage systems (ESS) increases. This session will focus on the latest advancements in battery safety, addressing both the technological innovations that enhance battery performance and the strategies to meet increasingly stringent safety standards. We will discuss the primary safety challenges, including thermal runaway, mechanical abuse, and fire risks, and provide insights into how cutting-edge designs, materials, and testing protocols can help mitigate these risks.

Panel | Battery Safety: Standards & Solutions For Ensuring Safe And Reliable Energy Storage

The panel of experts will examine the latest battery safety standards, regulations, and industry-driven solutions to mitigate risks such as thermal runaway, fire hazards, and mechanical failures. Experts will discuss global safety standards, best practices in battery design and testing, and innovative technologies that enhance the overall safety and reliability of batteries used in electric vehicles (EVs), energy storage systems (ESS), and consumer electronics.

Complying With New End-of-Life Regulations: A Focus On Battery Recycling And Circular Economy

As the battery industry continues to expand, driven by the rapid adoption of electric vehicles (EVs) and energy storage systems, new end-of-life regulations are emerging to ensure responsible management of used batteries. This session will focus on the latest regulations and standards surrounding battery recycling and circular economy principles. We will discuss the challenges and opportunities in recycling batteries, recovering critical materials, and integrating circular economy practices into the battery lifecycle and contribute to a more sustainable battery ecosystem.

• Analysis of new EU battery end-of-life regulations and their implications for battery design and recycling

• How safety standards affect the recycling process, from dismantling to critical material recovery

• Challenges in ensuring safe handling and disposal of spent batteries, particularly from electric vehicles

• Case study of a successful recycling program that meets EU standards and reduces environmental impact

Battery Protection Solutions: Ensuring Safety, Reliability, And Performance

As batteries become more powerful, effective protection solutions are critical to ensuring safety, performance, and longevity. This session will explore the various protection strategies employed to safeguard batteries from thermal, mechanical, and electrical risks. Experts will discuss the latest innovations in battery protection, including advanced battery management systems (BMS), thermal management, and protective materials. The session will also highlight how regulatory standards drive the need for robust protection systems to meet safety and performance requirements.

Battery Off-Gassing: Risks, Detection, And Mitigation Strategies

Battery off-gassing occurs when chemical reactions within a battery cause the release of gases, which can lead to dangerous situations, such as thermal runaway, fire, or explosions, particularly in lithium-ion batteries. This session will focus on understanding the causes and effects of battery off-gassing, the safety risks associated with it, and how to detect and mitigate these risks. Experts will discuss the latest innovations in gas detection technology, safety protocols, and design strategies that help reduce the risk of off-gassing in batteries used in electric vehicles (EVs) and energy storage systems (ESS), and consumer electronics.

Luncheon

Diagnostic Tools: Advancing Battery Modeling And Analysis For Enhanced Performance and Safety

As battery technology advances, accurate modeling and analysis are essential for predicting battery performance, enhancing safety, and optimizing lifecycle management. This session will explore how modern diagnostic tools are transforming the way batteries are modeled and analyzed. These tools help engineers, manufacturers, and researchers gain deeper insights into battery behavior under various conditions, leading to more reliable and efficient energy storage systems. Attendees will learn about the latest developments in diagnostic techniques, including predictive modeling, real-time analysis, and how these tools can be applied to improve battery design, management, and safety.

Live Broadcast From The Battery Safety Lab:
Battery Tests, Thermal Runaway Tests

Maria Quant, Research Scientist – RISE, Swedish Research Institute

A live broadcast from a state-of-the-art battery safety lab, showcasing real-time demonstrations of key battery safety tests, with a focus on thermal runaway testing. Attendees will witness firsthand how batteries are tested under various stress conditions to assess their safety and compliance with global standards. Experts will guide the live demonstration, explain the testing procedures, and provide insights into how the results impact battery design and manufacturing.

Second Life Batteries – Crashed Batteries And Innovation

Peter Urban, Manager Automotive Engineering- Aachen University

The demand for sustainable energy solutions has led to increased interest in second-life batteries—reusing batteries that have reached the end of their first life, particularly from electric vehicles (EVs). This session will focus on the challenges and opportunities associated with crashed batteries, their safe recovery, and innovations in repurposing them for new applications. Experts will discuss the technical, safety, and regulatory aspects of handling crashed batteries, as well as the latest innovations in giving these batteries a second life in energy storage systems (ESS), grid applications, and beyond.

Next-Generation Batteries: How Do We Make Them Safer

Prof. Dr. Kristina Edström, Coordinator of BATTERY 2030+, Uppsala University

Prof. Daniel Brandell, Uppsala University

Patrik Johansson, Professor Material Physics, Chalmers University of Technology

Next-generation batteries, including solid-state, lithium-sulfur, and other advanced chemistries, promise to revolutionize energy storage, but they also present new safety challenges. This session will explore the cutting-edge innovations in battery safety for these emerging technologies. Industry leaders and researchers will discuss the key risks, safety standards, and design strategies to ensure that next-generation batteries not only offer higher performance but also meet stringent safety requirements.

Why Testing of Batteries Is Crucial For A Safe Society

TUV Syd (Ola W kontaktuppg) VTT, Fraunhofer, SINTEF, UL Solutions, Intertek

Ensuring battery safety through rigorous testing is more important than ever. This session will explore the critical role that battery testing plays in protecting both users and society. Experts will discuss the potential risks of battery failures, including thermal runaway, fire hazards, and environmental impacts, and how comprehensive testing protocols mitigate these dangers. Attendees will learn about the latest advancements in testing technologies and regulatory standards that ensure the safe integration of batteries into modern infrastructure.

Battery Testing For A Safe And Green World

Testing, development, production, second use, recycling, personnel, environment (toxicity), electrical safety, fire hazard, toxic substances, waste and emissions.

Afternoon Break

Panel | Battery Safety, Innovations & Sustainability

This session will explore how advancements in battery safety are driving innovations that not only enhance performance but also support environmental sustainability. Experts will discuss the latest breakthroughs in battery materials, design, and manufacturing processes that improve safety and reduce the environmental impact of batteries. The session will also focus on how regulatory frameworks and industry collaboration are fostering the development of safer and more sustainable energy storage solutions.

High-Voltage Systems: Safety, Innovation, And Performance In Electric Mobility

High-voltage battery systems offer improved performance, efficiency, and scalability, but they also present unique safety and engineering challenges. This session will explore the design, safety, and operational aspects of high-voltage systems, with a focus on EVs and energy storage systems (ESS). Experts will discuss the latest advancements in high-voltage system technology, safety protocols, and regulatory frameworks necessary to ensure both optimal performance and safety.

Battery Aging And Degradation: Challenges, Solutions, And Implications For The Future

Balancing Innovation With Safety: The Impact of New Regulations On Battery Design And Manufacturing

Lithium-Ion Battery Storage And Transportation: Ensuring Safety In Handling And Logistics

Lithium-ion batteries are crucial for modern energy systems, from electric vehicles (EVs) to large-scale energy storage. However, the physical storage and transportation of these batteries present significant safety challenges, including risks of thermal runaway, fires, and chemical hazards. This session will focus on the best practices, regulatory compliance, and technological solutions for safely storing and transporting lithium-ion batteries. Experts will discuss the risks involved in handling, transporting, and storing these batteries, as well as the protective measures and systems that minimize safety concerns.

EV Battery Coatings: Dielectric Coatings And BEV Powder Coatings For Enhanced Performance And Safety

The role of advanced coatings in improving battery safety, efficiency, and durability has become increasingly important. This session will focus on the latest developments in EV battery coatings, with a special emphasis on dielectric coatings and battery electric vehicle (BEV) powder coatings. Experts will explore how these coatings enhance thermal management, electrical insulation, and mechanical protection, ultimately contributing to safer, longer-lasting battery systems. The session will also discuss the role of coatings in optimizing manufacturing processes and meeting regulatory standards.

EV Battery Testing: Ensuring The Highest Safety For Electric Vehicles

This session will focus on the critical role of rigorous battery testing in ensuring the safety of EVs. With advancements in battery technology and the growing adoption of electric mobility, manufacturers are under pressure to meet stringent safety standards while maintaining high performance. Experts will explore the latest testing methodologies, regulatory requirements, and innovations that help manufacturers ensure the highest level of safety for EV battery systems.

Chair’s Closing Remarks

Exhibition Drinks Party | Live Music & Canopies