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Schneider Electric Unveils Groundbreaking Power Solutions at YOTTA 2026

Introduction

Amidst the technological revolution, Schneider Electric has introduced the world's first fully software-defined medium voltage switchgear at YOTTA 2026, taking place from September 28-30 in Las Vegas. This innovative solution is set to redefine power infrastructure in AI-ready data centers, enabling faster deployment and better efficiency while supporting the evolving needs of digital services.

The Evolution of Power Infrastructure

With the exponential growth of artificial intelligence and high-density computing, traditional power systems are struggling to keep up. Schneider Electric's new software-defined architecture allows for a level of flexibility and standardization that was once unattainable. This not only streamlines the ordering and manufacturing processes—making it up to three times faster—but also facilitates quicker commissioning and zero-downtime upgrades, aligning power infrastructure with the rapid evolution of AI technologies.

Frédéric Godemel, Executive Vice President of Energy Management at Schneider Electric, emphasized the importance of resilient and efficient power systems in today’s digital landscape. He stated, “The challenge for data center operators goes beyond just keeping pace with AI growth; it’s about building resilient, efficient, and scalable power infrastructures that can support future demands.” This sentiment underscores Schneider Electric’s commitment to innovation in a rapidly changing technological environment.

Key Features of the Software-Defined Medium Voltage Architecture

The software-defined medium voltage (MV) switchgear represents a paradigm shift in how power systems are designed and operated. Key characteristics include:

• - Decoupled Intelligence: By separating system intelligence from physical hardware, the architecture allows for modular, easily deployable power solutions that can adapt as technologies evolve.
• - Software-Enabled Functionality: Enhanced capabilities can now be integrated through software, eliminating the need for physical alterations when adding new features. This results in significant cost savings and operational efficiency.
• - Lifecycle Flexibility: Over-the-air updates mean systems can be upgraded without downtime, significantly enhancing operational continuity.
• - Reduced Complexity: The new configuration boasts up to 87% less control wiring and 91% fewer terminals compared to traditional systems, simplifying management and improving operational visibility.

RM AirSeT™ 38: A Step Forward in SF₆-Free Technology

In addition to the software-defined switchgear, Schneider Electric also unveiled the RM AirSeT™ 38, an advancement in its SF₆-free medium voltage gas-insulated switchgear technology. Designed specifically for the burgeoning needs of AI-driven data centers, RM AirSeT 38 provides:

• - SF₆-Free Operation: Utilizing pure air insulation instead of sulfur hexafluoride (SF₆), a potent greenhouse gas, this solution supports sustainability initiatives.
• - Compact Design: Its efficient use of space allows for installations that meet the high-density demands of modern data centers while enabling repeatable architecture across multiple deployments.
• - Software-Defined Capabilities: Like the software-defined switchgear, RM AirSeT 38 supports a simplified setup and accelerated commissioning.

Galaxy VXL: Ensuring Power Continuity

Schneider Electric's portfolio at YOTTA 2026 also features Galaxy VXL, a modular uninterruptible power supply (UPS) system tailored for the energy needs of AI workloads. With a power density that delivers up to 1.25 MW in a compact format, Galaxy VXL:

• - Maximizes Space Efficiency: Designed to occupy up to 70% less space than previous models, it supports greater IT capacity.
• - Enhances Efficiency: Aiming for long-term sustainability, Galaxy VXL reportedly lowers lifecycle CO₂ emissions by 31% over its predecessor.
• - Supports Flexibility: The system’s Live Swap technology enables operators to manage and upgrade power modules without disrupting ongoing operations.

Conclusion

Schneider Electric's unveiling of the software-defined medium voltage switchgear and solutions at YOTTA 2026 marks a significant leap forward in the energy technology sector. By synergizing software capabilities with power infrastructure, Schneider Electric is setting a new standard for AI-ready data centers, aptly addressing the challenges posed by the rapid digital transformation. As these new systems become operational through pilot programs with partners like Equinix, the landscape of power management will undoubtedly evolve, paving the way for smarter, more efficient, and more sustainable energy solutions.

For more updates, visit Schneider Electric’s Software-Defined MV switchgear page or read their comprehensive white paper on the subject.