The next major constraint on healthcare innovation may not be a staffing problem, funding problem or footprint problem. It very well may be an ampere problem. Across the United States, health systems are racing toward AI-enabled care just as the electric grid is entering a new era of load growth; and hospitals are already among the most energy-intensive buildings in the economy. That has the potential to create this proverbial “coming collision”: AI’s power appetite, a constrained grid, and a 24/7 care environment where downtime is not an inconvenience, it is a clinical risk.
The first pillar is the grid itself. After nearly two decades of relatively flat electricity demand, U.S. consumption is rising again, driven largely by commercial and industrial growth, including data centers and manufacturing. NERC’s latest long-term assessment warns that peak demand growth is accelerating sharply, with AI and the digital economy accounting for much of the increase. DOE’s data center analysis found data centers used about 4.4% of total U.S. electricity in 2023 and could reach approximately 6.7% to 12% by 2028. For hospital leaders, the message is not that the grid is failing. It is that the margin for assuming unlimited capacity is shrinking. [nerc.com] [energy.gov]
The second pillar is the advent of AI in healthcare. Clinical AI is moving from pilot to practice: imaging, ambient documentation, predictive analytics, command centers, revenue cycle automation and increasingly multimodal tools that depend on high-quality data and reliable compute. The FDA’s public list of AI-enabled medical devices continues to grow, and physician use of AI tools has accelerated materially. But AI is not just software. It is an energy workload. It requires storage, networking, cybersecurity, cooling and resilient power infrastructure; which is often distributed across cloud, on-prem core data centers and edge environments close to care. [aha.org], [jamanetwork.com]
The third pillar is the hospital building itself. Healthcare facilities already consume energy out of proportion to their footprint. EIA data show healthcare buildings represent 4% of commercial floor space but approximately 9% of commercial energy consumption; inpatient facilities account for most healthcare electricity and natural gas use. DOE has noted that hospitals require continuous power and significant thermal demand for heating, cooling, hot water, sterilization and other essential services. That is before the next wave of AI inference, connected devices and electrified systems is layered on top of this existing power economy. [eia.gov] [betterbuil…energy.gov]
This is why healthcare needs to remain close to this changing energy landscape in the United States. A retailer can close. A factory can curtail production. A hospital cannot simply pause the ICU, the OR schedule, the imaging suite, the emergency department, the lab or the medication dispensation system. FEMA’s guidance on healthcare facilities and power outages is blunt: acute care, environmental controls, EHRs, life-support equipment, diagnostic capability, blood banking, pharmacy and patient support all depend on electricity. When the power environment becomes unstable, clinical resilience is tested. [fema.gov]
The strategic implication is clear: energy strategy can no longer live solely within the facilities budget. It belongs in enterprise risk, digital strategy and capital planning. Boards and C-suites should ask different questions: How much electrical headroom do we have for AI, imaging, robotics and electrification? Which loads are truly mission-critical? Where are our single points of failure? What happens if utility capacity is constrained when our digital strategy needs expansion? How do we stage investments without disrupting care?
The path forward is not one technology. It is a resilience architecture woven throughout an integrated facility infrastructure. Health systems need better load forecasting, power quality visibility, lifecycle modernization of aging electrical assets, on-site generation (where appropriate), battery storage, microgrids for emergency power, demand flexibility and integrated controls that make loads more visible and manageable. CMS’s categorical waiver for healthcare microgrid systems is an important signal: hospitals can now evaluate alternate emergency power sources, including systems that incorporate fuel cells, solar, wind and energy storage, when they meet the applicable codes. [cms.gov]
Equally important, utilities and healthcare organizations must operate less like separate systems and more like partners. Grid planners need clearer signals about hospital load growth, criticality, and flexibility. Health systems need earlier insight into capacity constraints, interconnection timelines, rate design, and demand management opportunities. FEMA encourages healthcare facilities, emergency managers and utilities to synchronize plans, clarify roles, share critical facility information, and coordinate restoration priorities before an outage occurs. That same partnership mindset should apply before capacity becomes the barrier to AI-enabled care and patient outcomes. [fema.gov]
Schneider Electric believes this moment calls for a new operating assumption: power resilience is clinical resilience. The next era of intelligent hospitals will not be defined only by smarter rooms, bespoke clinical innovation, or more digital front doors. It will be defined by the invisible infrastructure that allows those innovations to perform safely, continuously, and at scale. Schneider Electric’s healthcare perspective increasingly centers on the idea that reliable energy, smart infrastructure and digital insight now underpin safe, modern care. Energy is the connective tissue of a hospital, and energy intelligence creates a digital pulse – singular through-line – for the future of care.
To uncover more moments of care, visit Schneider Electric’s website.
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