PCIM 2026
June 9-11, 2026 | Nuremberg, Germany
Hall 7, Booth No. 652
Join us at PCIM 2026
Innovating what's next in power
The world's energy challenges are getting more complex and demand more than incremental progress. Power engineers today are asked to do more with less: maximize efficiency, push more power into smaller spaces, and support higher voltages. We've been helping solve these challenges for over 70 years in Europe; not because it's easy, but because it matters, and today we're innovating what's next in power across the most demanding automotive, industrial and data center designs.
Bringing intelligence to every battery cell
TI's BQ79826Z-Q1 battery monitor with integrated electrochemical impedance spectroscopy (EIS) engine maximizes battery performance and extends battery life by detecting potential failures from within battery cell. Designed for electric vehicle (EV) and energy storage system (ESS) applications, this device increases safety, reduces complexity and cost without compromising reliability.
Power Corner: Enabling Smarter, Safer Automotive Battery Management Systems
Power Corner: Enabling Smarter, Safer Automotive Battery Management Systems
Thermal runaway, cell degradation, and high-voltage disconnect events are among the most pressing challenges in EV battery design and solving them requires semiconductors built for high-performance in the most demanding automotive environments. In this episode of Power Corner, Nikhil Jotwani explains how technologies like electrochemical impedance spectroscopy (EIS) are advancing battery diagnostics while tackling design challenges like electrical noise, temperature swing compensation, and high-voltage measurement. The conversation also explores contactor and pyro-fuse disconnect mechanisms, real-world BMS design challenges, and how shifting battery chemistries are driving the next wave of automotive semiconductor innovation.
Come hear our experts at PCIM
Advancing vehicle electrification
Engineer electric vehicles that are safer, smarter and more efficient
We're pioneering new advancements in battery health monitoring to unlock longer battery life, enhance safety, and prevent critical failures. Achieve higher power density, safety and efficiency – reducing design risk and development time - to bring your next-generation vehicles to market sooner.
Join our engineers to learn more about the latest technologies spanning predictive battery management, single-stage power conversion and 48V architectures.
Automotive demos highlighted at PCIM
48V zone control module demo
Watch our video to learn about the benefits of implementing a 48V low-voltage rail in zone architecture designs.
48VIN, 960W 4-phase buck converter with integrated GaN reference design
Watch this video to learn about TI’s solution for meeting 48V automotive demands with integrated gallium nitride (GaN) switching.
48V Switched capacitor converter
Watch this video to learn about TI’s solution for meeting high power density, high efficiency requirement in automotive 48V zonal architecture.
Optimizing the grid with more intelligent electrification
Design bidirectional inverters, smart energy storage systems and megawatt charging infrastructures
Our technologies span wide-band-gap power conversion across gallium nitride and silicon carbide architectures and edge AI that enables smarter, more adaptive control. Maximize efficiency, increase power density and build more resilient grid infrastructure – reducing switching losses, computational overhead and system complexity from charging to energy storage.
Come by the TI booth to see our latest demos for energy infrastructure applications.
Transforming the power path from grid to gate
Build next-generation AI data centers that support 800VDC architectures
With products and designs that optimize power delivery for artificial intelligence data centers from grid to gate, our technologies enable the massive computational power demands of tomorrow's AI workloads while ensuring scalable and reliable AI data center operations.
Meet with our engineers to learn more about how we can help accelerate your data center design development.