·       Securing enough power is only the beginning. The real engineering challenge is designing a power system that delivers the reliability, stability, flexibility and efficiency modern data centers demand.

·       Power systems aren't assembled. They're architected.

·       The question is no longer whether we can assemble the technologies needed to power a data center. It's whether we can architect them to work together as a single power system.

·       Drawing on experience from some of the world's most complex data center projects, this session explores how power system architecture is evolving to meet the demands of AI infrastructure. From generation, transmission and storage to power conversion, controls and software, it examines why designing the power system first is becoming essential, allowing individual technology decisions to reinforce the overall architecture rather than constrain it.

·       That systems-first philosophy is the foundation of GE Vernova's Integrated Solutions approach, where technologies are selected and engineered within a complete power system architecture, not as individual components.