GE Vernova launches medium-voltage UPS system to deliver continuous power protection for AI data centers and energy-intensive facilities

GE Vernova unveiled a new medium-voltage uninterruptible power supply on August 24, 2026, in Paris—a system built to keep AI data centers and other energy-hungry facilities running on stable, continuous power around the clock. The company plans to start shipping the MV-UPS in mid-2027.

GE Vernova announces MV-UPS for AI data centers

The announcement came from Philippe Piron, CEO of GE Vernova’s Electrification segment, who framed the product as a fundamental rethink of how power gets protected inside large facilities. “Reliable, uninterrupted power is foundational to every energy-intensive industry, and AI data centers are raising that requirement to a new level of scale and complexity,” Piron said.

The MV-UPS is designed to keep data centers, AI factories, and other energy-intensive facilities running on stable, continuous, high-quality power at all times. First shipments are expected in mid-2027, and energization of the first project is planned for late 2027.

AI data centers have made this problem harder to ignore, pushing power reliability requirements well beyond what low-voltage solutions were ever designed to handle.

Why medium voltage: Limitations of existing low-voltage UPS systems

To understand why this matters, it helps to know how power protection typically works today. UPS systems are usually applied at low voltage—after electricity has already been stepped down inside a facility. Smaller sections of a building get protected separately, each with its own system, resulting in a fragmented architecture spread across the floor plan.

That fragmentation has a real drawback. When AI workloads shift suddenly and power demand spikes or drops, those swings can still ripple back to the grid or to onsite generation—nothing at the facility level absorbs the shock. AI data centers have made this problem harder to ignore, pushing power reliability requirements well beyond what low-voltage solutions were ever designed to handle.

How the MV-UPS system works

GE Vernova’s solution moves protection upstream, to the medium-voltage network inside the facility, sitting between the power supply and the critical loads it serves. Think of it as a stability buffer positioned before electricity gets distributed further into the building.

The system combines power-conversion technology, advanced controls, and integrated energy storage to maintain stable voltage and frequency for critical operations. When demand shifts suddenly, the MV-UPS absorbs that change before it reaches the grid or onsite generation. Because protection happens at medium voltage, one coordinated system can cover a much larger block of critical load than traditional low-voltage setups—simplifying downstream electrical infrastructure and potentially cutting costs. It’s also designed to help customers meet power-quality and grid-connection requirements while allowing more flexible use of energy storage overall.

Impact on GE Vernova’s data center product portfolio

The MV-UPS doesn’t stand alone. It fits into a broader end-to-end offering that GE Vernova has been building out for data center customers—what the company calls its power-to-rack approach.

That existing portfolio already covers considerable ground: gas turbines, substations, high- and medium-voltage transformers, switchgear, gas-insulated switchgear, energy management systems, and power-conversion technologies. The MV-UPS adds a medium-voltage power protection and stability layer that was previously missing from that lineup.

GE Vernova is also developing solid-state transformer technology aimed at more compact and efficient power conversion closer to the rack itself. Combined with the MV-UPS and the rest of the portfolio, the goal is a coherent, integrated approach to generating, connecting, managing, and delivering power all the way from the grid to the computing load.

Context: surging electricity demand from AI infrastructure

None of this is happening in a vacuum. Electricity demand is accelerating globally, and AI data centers are among the fastest-growing contributors to that growth.

For these facilities, even a brief electrical disturbance can interrupt a critical workload—and the consequences are significant. The rapidly shifting power demands that come with AI workloads place real strain on the grid and on generation sources. Large loads with volatile demand profiles are genuinely harder to connect and manage, a challenge that only grows as facilities scale up.

GE Vernova is well-positioned here. Headquartered in Cambridge, Massachusetts, the company operates across approximately 100 countries with around 85,000 employees, drawing on more than 130 years of experience in energy infrastructure.

First shipments are expected in mid-2027

GE Vernova’s MV-UPS represents a shift in where and how power protection gets applied inside large, energy-intensive facilities. Moving UPS protection to medium voltage lets a single coordinated solution cover far more critical load than traditional low-voltage setups, while buffering demand swings before they affect the grid or onsite generation.

The product adds a meaningful new layer to GE Vernova‘s existing data center portfolio, which spans generation, grid connection, and power delivery all the way to the rack. First shipments are expected in mid-2027, with the first project energization targeted for late 2027. Additional technical specifications are available on GE Vernova’s website.

Kelly Lippke

Kelly is an experienced writer with 15 years of experience exploring the big stories that shape our world, from tech breakthroughs and space exploration to climate, energy, and the fascinating quirks of science. She has a talent for turning complex ideas into sharp, memorable insights that stay with readers long after they’ve finished reading.