Register now: December 2nd, 2026 – 2 sessions available 

  • Session 1: December 2nd, 2026, 9 - 10 am CET
  • Session 2: December 2nd, 2026, 5 - 6 pm CET

Solid-State Circuit Breakers: Reimagining Protection as a Data Center Intelligence Platform

The next generation of data center power systems will require more than faster protection. As facilities move toward higher-voltage DC architectures, distributed energy resources, and AI-scale power densities, the role of electrical protection must evolve from a passive safeguard to an active contributor to system performance.

This session challenges the view of circuit breakers by examining how Solid-State Circuit Breakers can provide real-time system intelligence, deterministic fault management, advanced power quality diagnostics, and architecture-level flexibility that is difficult to achieve with conventional electromechanical devices. Through practical examples and emerging deployment models, we will explore how SSCBs can improve availability, support predictive operations, and unlock new approaches to power system design. The discussion focuses not on what SSCBs replace, but on what they make possible.

  • Why data center protection needs to evolve as architectures move toward higher-voltage DC, distributed energy resources and AI-scale power densities
  • How SSCBs can provide real-time system intelligence and deterministic fault management
  • How advanced power quality diagnostics can provide greater insight into the power system
Matthew Reynolds

Regional Marketing Manager for Solid-State Power Distribution Protection and SST developments

Matthew brings more than 20 years of semiconductor industry experience, spanning analog and power converter development as well as applications engineering. 

The Future of Power Distribution
Webinar: The Future of Power Distribution: Why SSCBs Matter Discover Why Solid-State Circuit Breakers Are Shaping the Future of Power Distribution
December 02, 2026
09:00 ( CET )
Online | Live

Explore all webinars in Infineon's "Powering AI Innovation" series covering AI data centers, energy efficiency, power semiconductors, and next-generation AI infrastructure.