GTC Panel: How AI, Data, and Partnerships Strengthen Europe's Power Grids

At GTC, NVIDIA's global energy lead moderates a discussion with leaders from two of Germany's largest grid operators and Siemens Energy about the pressures facing European electricity networks. The panel covers physical and cyber threats, surging demand, renewable integration, and how AI and data are being applied to plan, operate, and protect critical energy infrastructure.

■ Distribution and Transmission Challenges
- E.ON's Bayernwerk on 15 years of the energy transition: over a million decentralized renewable generation plants and a highly distributed system
- TenneT on the three parallel challenges: building the grid at scale, running it with rising renewable capacity, and securing it amid geopolitical change
- Siemens Energy on global demand growth from data centers, electrification, and industrialization
■ Security and Resilience
- Physical protection limits of wide-area infrastructure, plus drones, cameras, and anomaly detection
- The growing cyber dimension: attacks, social engineering, disinformation, and the human factor across thousands of employees
- Lessons from real incidents, including a months-long disconnection from a key service provider and sabotage of high-voltage structures
■ Technology and Collaboration
- Adapting self-driving car perception technologies for grid monitoring and integrating them into simulation engines and control rooms
- Digital twin development across design, manufacturing, and operational use cases, and why use-case definition comes first
- Early adoption of NVIDIA's open agent security platform and its relevance for critical infrastructure
■ The Road to 2030
- Operator perspectives on grid autonomy, real-time operation, flexibility, and human-in-the-loop limits
- Near-term priorities: unlocking siloed data, asset digitalization, and shifting organizational mindsets

The session is suited to energy professionals, utility and infrastructure operators, and those interested in the application of AI to industrial systems. Viewers can expect a clear picture of current grid pressures and the concrete ways operators and manufacturers are working with AI to address them, along with a realistic view of what remains ahead.