AI-era data centers are becoming power-dense AI factories, driving up costs and increasing grid pressure. What if AI compute could do more than consume energy?

Join CPower, Bentaus, and Supermicro for a live panel on how AI compute can shift from a passive load to an active, flexible grid resource, providing fast, reliable grid support without disrupting AI workloads.

Attendees will get an inside look at a recent joint demonstration in which live CAISO market signals were dispatched through the Bentaus platform to Supermicro-managed GPU infrastructure, triggering system response in 15 milliseconds. A server cluster running NVIDIA B200 GPUs reduced electricity consumption by approximately 50% while maintaining normal AI operations.

What You’ll Learn:

• How AI compute can flex in real time during grid events
• How market signals translate into automated, server-level actions
• What real-world demand response looks like for AI infrastructure
• How flexibility creates new opportunities for faster connections, cost savings, revenue and grid resilience

Participants:

• Nate Soles (moderator), VP National Accounts, CPower
• David Chernis (panelist), Director, Flexible Compute Platforms, CPower
• Robert Davidoff (panelist), CEO, Bentaus
• Kevin Culp (panelist), Chief Architect and Product Manager of Supercloud Composer at Supermicro

Who Should Attend:

Data center operators, AI infrastructure leaders, energy and sustainability teams and technology leaders managing AI-driven power growth.

Register now to save your spot. 
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