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On-Demand Webinar:

Current, Voltage and Insulation Monitoring in Modern Energy Systems

Explore advanced techniques and challenges in current, voltage, and insulation monitoring. We'll discuss the principles of current measurement using shunt resistors with combined sensor modules and the impact of tolerances and temperature coefficients. Topics include rapid pyro fuse control (<100 µs) in automotive and energy storage systems, voltage measurement requirements and multi-stage insulation monitoring in commercial vehicle application to ensure safety and reliability.




Date: February 19, 2026
Time: 11 AM EST (8 AM PST / 5:00 PM CET)
Duration: 1 hour
Presented by:

Overview

As battery-powered systems continue to evolve toward higher power, faster charging, and increased safety requirements, precise measurement and reliable insulation monitoring become critical success factors. In this webinar, Isabellenhütte Heusler, a global leader in precision shunt and sensor technology, will share insights into how advanced measurement solutions enable safer and more efficient battery management systems.

We will start with a brief introduction to Isabellenhütte and its unique expertise in high-precision materials and sensor technologies. The session will then explore typical battery management system architectures, highlighting key requirements for current, voltage, and insulation monitoring.

Participants will gain a deeper understanding of current measurement challenges, including accuracy under dynamic load conditions, thermal stability, and functional safety demands, e.g. igniting a Pyro-Fuse. We will discuss how Isabellenhütte´s ability to manufacture custom-shaped shunt resistors or custom sensor solutions beside standard products with ultra-low temperature coefficients enables very fast and optimized system integration.

A key focus will be electrical safety and insulation monitoring, comparing passive and active monitoring concepts and their impact on system response times. Looking ahead, we will address future energy storage requirements, such as fast charging and rapid fault detection, including the role of pyro-fuse ignition within few 100 µs.

The webinar concludes with a presentation of IVT UIR sensor technology and real-world applications of the IVT 3 PRO with integrated IMD for truck PDUs and energy storage systems.

Key Takeaways

  • Explore advanced techniques for high precision current and high voltage measurement.
  • Discover the advantages of active insulation monitoring, 
  • Compare passive and active monitoring concepts and their impact on system response times.

Speakers

Felix Lebeau, Lead Engineer, Isabellenhütte

Felix Lebeau specializes in advanced current sensing solutions for automotive and industrial applications. He holds a Bachelor’s degree in Electrical Engineering and a Master of Science in Electrical and Information Technology, with a strong focus on intelligent and scalable battery management systems (BMS).

With over a decade of experience, Lebeau plays a key role in the development of highly integrated, shunt-based current measurement platforms, covering system architecture, hardware and firmware design, functional safety according to ISO 26262, and test system development. He has been deeply involved in the conception and engineering of next-generation functional safety platforms, including the IVT 3 platform.

Lebeau works closely with customers and system integrators to enable reliable current, voltage, and insulation measurement solutions in demanding BMS environments. He actively drives innovation by identifying future technology trends and translating them into practical, high-performance sensing solutions. Lebeau is a co-inventor of multiple international patent applications in the field of current sensing and shunt technology, underlining his strong innovation mindset and commitment to advancing measurement technology.

Maximilian Kring, Product Manager, Isabellenhütte

Maximilian Kring has in-depth expertise in the strategic alignment and market launch of complex technological solutions in the automotive sector. He is responsible for product strategy, roadmaps, and technical systems for forward-looking acquisition projects. A particular focus of his work is on the project management of pre-series projects, taking functional safety (FuSa) into account. In his role as a link between technology and management, Kring manages portfolio controlling to ensure sustainable growth in new business areas.