Why Schneider Electric Was at HIMSS26 (And Why CIOs Need to Take Note)

Why It Matters

Ignoring power infrastructure risks costly retrofits and hampers AI adoption in hospitals; proactive partnership with energy experts enables scalable, sustainable digital health transformation.

Key Takeaways

• Healthcare AI drives unprecedented electrical power demand in hospitals.
• Schneider Electric offers micro‑grid and smart building solutions for health systems.
• Edge and on‑prem AI require early power‑capacity planning by CIOs.
• Integrated patient‑room automation enhances efficiency and sustainability in hospitals.
• Partnerships with vendors ensure future‑ready infrastructure and decarbonization goals.

Summary

Schneider Electric’s presence at HIMSS26 highlighted a growing convergence between healthcare IT and traditional electrical infrastructure. Malcolm Murray explained that as hospitals adopt AI‑driven imaging, edge computing, and robotic surgery, the underlying power requirements are exploding, prompting health systems to look beyond conventional IT planning and consider true infrastructure needs.

The conversation underscored three core challenges: soaring electricity demand from on‑prem AI workloads, the need for micro‑grid and on‑site generation to supplement aging grids, and the push for smarter, automated buildings that can manage lighting, climate, and patient‑room systems efficiently. Schneider positions itself as an energy‑technology partner, delivering integrated solutions that blend building automation, electrification, and sustainability to meet decarbonization targets.

Murray cited concrete examples, such as the integrated patient‑room system first deployed at the PenMed pavilion, which synchronizes blinds, lighting, and entertainment while optimizing power use. He warned that treating electricity as an afterthought can force costly, last‑minute retrofits, especially when low‑latency edge AI demands on‑site GPU clusters.

For CIOs, the takeaway is clear: power planning must become a strategic priority, coordinated with facilities teams and external partners like Schneider. Early engagement can safeguard budgets, accelerate AI adoption, and align hospital operations with broader sustainability goals, ensuring infrastructure remains flexible for future innovations.

Original Description

We spend all our time obsessing over the latest healthcare software and completely forget about the electricity needed to run it. Health systems are rapidly hitting a physical wall as new AI tools demand more power than existing buildings can handle.

Healthcare IT Today sat down with Malcolm Murray from Schneider Electric to discuss this exact problem. He breaks down why hospitals must prioritize their electrical infrastructure before deploying low-latency edge AI or robotic surgery tools. You will learn why planning microgrids and smarter facilities right now prevents massive headaches at the 11th hour.

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Learn more about Schneider Electric at https://www.se.com/

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⏰ Jump to the Moments That Matter

0:00 A Different Kind of Infrastructure

1:00 Meet Malcolm Murray from Schneider Electric

2:33 The Massive Power Demands of Healthcare AI

4:33 Microgrids and Generating Power On-Prem

5:44 Why You Cannot Wait Until the 11th Hour

6:34 Integrated Patient Rooms and Smarter Facilities

9:23 The Final Takeaway on Physical Infrastructure

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