Advancing Battery Safety Through Early Thermal Runaway Detection with Infineon Sensors

Battery safety is becoming increasingly critical as electric vehicles and energy storage systems continue to push the boundaries of performance and energy density. Early detection of thermal runaway events is a key enabler for improving safety, helping to identify potential failures before they escalate into critical situations.

Join this webinar to explore how Infineon's pressure sensor portfolio supports fast and reliable thermal runaway detection. We will discuss the growing importance of pressure monitoring as part of modern battery safety concepts and examine how pressure changes can serve as an early indicator of abnormal battery behavior and developing cell failures.

The session will provide an overview of Infineon's pressure sensing solutions, highlighting their key features, benefits, and suitability for thermal runaway detection across a wide range of battery-powered systems from consumer to automotive applications. Participants will gain insights into the role of pressure monitoring in enabling earlier and more reliable detection of battery safety events, as well as the latest trends and opportunities in pressure-based thermal runaway detection. Whether you are involved in battery system development, safety engineering, or sensor selection, this webinar will offer valuable perspectives on leveraging pressure sensing technologies to enhance battery safety and reliability.

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Speakers

Giulia del Frari
Giulia Del Frari

Product Manager for Barometric Absolute Pressure Sensors

Giulia is a Product Manager with four years of experience in the semiconductor industry at Infineon Technologies. Holding a Master’s degree in Management, she specializes in pressure sensing solutions for battery management systems and supports the development of pressure sensor technologies for thermal runaway detection.

Talal Khan
Talal Khan Ali Zai

Senior Application Engineer for Pressure Sensing

Talal Khan Ali Zai holds a Master’s degree in Electrical Engineering from the Technical University of Munich and has 7+ years of hands-on experience in sensing and technology development. In his current role at Infineon Technologies AG, he works as a Senior Application Engineer and serves as the technical application owner for pressure sensor solutions in MAP and BMS applications, focusing on advanced sensing solutions and system-level enablement. Driven by innovation and sustainability, he is dedicated to building technologies that support smarter, more efficient, and greener systems.

Advancing Battery Safety Through Early Thermal Runaway Detection with Infineon Sensors
Join this webinar to discover how Infineon's pressure sensors enable early thermal runaway detection and improve battery safety through fast, reliable pressure monitoring.
Online | Webinars | On-demand

Additional Resources:

Barometric (BAP) and Manifold (MAP) sensors
H2 sensors
Infineon Community Forums