While in Washington, DC to speak at NVIDIA’s Global Tech Conference, I had the privilege to meet with a few key government officials to discuss Schneider Electric’s role in advancing AI and energy technology. Powering the possibilities of AI means partnering to ensure energy infrastructure remains reliable, resilient, secure, and affordable. The discussions centered on stabilizing and optimizing electricity while making AI factories as efficient as possible. Schneider Electric is proud to be part of these critical conversations; we believe the future is about AI and Energy Intelligence. #AdvancingEnergyTech
This intersection of AI infrastructure and energy optimization is absolutely critical as we scale compute-intensive workloads. The partnership between Schneider Electric and NVIDIA highlights a key challenge: as AI factories proliferate, we need intelligent energy management systems that can dynamically balance reliability, efficiency, and cost. The concept of "Energy Intelligence" you mention is particularly compelling—it's not just about powering AI, but using AI to optimize the power systems themselves. How are you approaching the thermal management challenges at scale, especially with liquid cooling requirements for next-gen GPU clusters?
Incredible to see Schneider Electric leading at the intersection of AI and energy resilience. These aren’t just parallel tracks, they’re deeply interdependent. Across Procurement and Ops, I’m seeing energy intelligence emerge as a core competitive differentiator, not just a sustainability initiative. Grateful you’re championing this conversation and raising the profile at the highest levels. The work ahead demands this kind of cross sector leadership.
AI’s expansion has turned energy into the central measure of technological progress. Every new data center tests how well digital & physical systems can operate as one network. Reliability & efficiency are no longer support functions but prerequisites for intelligence. Schneider's focus on energy-aware infrastructure shows how innovation can scale without exceeding the limits of the resources that sustain it.
Vos échanges avec les officiels du gouvernement sur l'IA et la technologie de l'énergie sont très pertinents. Schneider Electric joue un rôle clé dans ces discussions cruciales pour l'avenir. C'est en s'assurant que l'infrastructure énergétique soit fiable, résiliente, sécurisée et abordable que nous pouvons véritablement libérer le potentiel de l'IA. L'optimisation de l'électricité et l'efficacité des usines d'IA sont des enjeux majeurs. Bravo pour votre engagement dans ces conversations stratégiques ! 🚀
Powerful work Olivier! Strengthening the bridge between AI and energy resilience is essential for the future we’re building. Great to see Schneider Electric leading these pivotal conversations on reliability, efficiency, and sustainable infrastructure.
Great insights, Olivier. The intersection of tech policy and energy intelligence is where the real transformation happens. Thank you for representing Schneider Electric's vision on the global stage!
Truly inspiring Mr. Blum. Your leadership in driving AI and energy intelligence shows how innovation and sustainability can work together to build a more reliable and resilient future. Proud to be part of Schneider Electric’s journey toward shaping the next era of smart and sustainable energy.
Such an exciting space to be in. AI’s potential is huge, but it can’t run without the right energy backbone behind it.
This is fantastic news! Great to see SE driving this major partnership and putting AI at the center of advancing energy tech. I couldn't help but notice the backdrop! Having that Pharaonic obelisk in the frame is a fantastic coincidence. It's a structure thousands of years old that was incredibly futuristic for its time—a perfect, powerful symbol of timeless vision watching over your groundbreaking agreement today.
It’s great to see Schneider Electric engaging directly in shaping the dialogue at the intersection of AI and energy. As AI demand scales, the alignment between digital efficiency and electrical resilience will be crucial. Collaborative efforts like these can help ensure innovation moves hand in hand with grid stability and sustainability. How do you see public-private partnerships evolving to balance rapid AI growth with long-term energy reliability?