GE Vernova is expanding its electrification portfolio with a new medium-voltage uninterruptible power supply (MV-UPS) designed for AI data centers, energy-intensive industrial facilities and other applications requiring highly stable electrical power.

The company announced the solution in August 2026 as AI workloads continue to create increasingly dynamic electricity demand. Unlike conventional UPS systems that typically protect equipment after power has been stepped down to low voltage, GE Vernova’s MV-UPS operates directly at the medium-voltage level.

Medium-Voltage Protection for AI Infrastructure

AI data centers can experience rapid changes in electrical demand as computing workloads change. These fluctuations can place additional stress on power generation equipment, electrical networks and facility infrastructure.

GE Vernova’s MV-UPS is installed between the facility’s power supply and critical loads. It combines power conversion, advanced controls and integrated energy storage to help maintain stable voltage and frequency while buffering rapid changes in facility demand.

This architecture can protect a larger portion of a facility through a coordinated medium-voltage system rather than relying on multiple smaller low-voltage UPS installations.

Intelligent Power Management

The MV-UPS is designed not only to provide backup power but also to act as a power-management layer between the facility and its electrical supply.

Its control technology can respond rapidly to changes in load conditions and help prevent large fluctuations from being transferred directly to the grid or onsite generation equipment.

This capability is particularly relevant to AI infrastructure, where high-performance computing loads can change significantly over very short periods.

For industrial facilities, the same concept can potentially be applied to other energy-intensive operations requiring stable power quality.

Supporting Gas Turbines and Microgrids

Another important application is the interaction between large industrial loads and onsite generation.

GE Vernova states that the MV-UPS can help protect gas turbines and other generation equipment from drastic load fluctuations. It can also support grid-connected and islanded operating configurations, making the technology relevant to facilities using microgrids or onsite power generation.

This creates a broader architecture in which generation, energy storage, power conversion, electrical distribution and industrial control can operate together.

Simplifying Data Center Electrical Architecture

Moving UPS protection to medium voltage can also reduce the need for extensive downstream low-voltage UPS equipment and associated switchgear.

For large AI data centers, reducing electrical infrastructure complexity can be important because available floor space, construction time and power density directly affect facility development.

GE Vernova is positioning MV-UPS as another building block in its broader power-to-rack strategy, alongside substations, transformers, switchgear, gas turbines, energy management systems and other power-conversion technologies.

Integration with Industrial Automation

From an automation perspective, reliable power is fundamental to the operation of PLCs, DCS controllers, industrial networks, drives, instrumentation and computing systems.

Power disturbances can interrupt control systems even when the mechanical and process equipment itself remains operational. Integrating advanced power protection with industrial automation infrastructure can therefore provide another layer of operational resilience.

The combination of MV-UPS, energy storage, power conversion and intelligent controls also reflects the growing convergence between electrical infrastructure and digital automation.

Outlook for Industrial Power

GE Vernova expects to begin shipping MV-UPS systems in mid-2027, with the first project expected to be energized later in 2027.

As AI factories and other energy-intensive industries continue to increase their electricity requirements, power quality and load management are becoming increasingly important engineering considerations.

GE Vernova’s medium-voltage UPS technology represents a move toward more integrated power architectures capable of connecting grid infrastructure, onsite generation, energy storage and critical industrial loads within a coordinated system.