Schneider Electric Launched Software-Defined Switchgear
The company introduced a flexible medium voltage architecture designed to modernize data center power infrastructure.
Updated on Sept. 28, 2026 in Data Centers
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Schneider Electric has unveiled a fully software-defined medium voltage switchgear architecture at the YOTTA 2026 conference in Las Vegas. The system utilizes standardized hardware platforms to enable over-the-air updates and zero-downtime performance enhancements.
Why it matters
Traditional power infrastructure relies on custom designs that lack scalability and feature long lead times, hindering the evolution of modern data centers. This digital-first approach allows power systems to adapt at the pace of rapid digital service growth.
The architecture incorporates built-in connectivity and AI-powered predictive maintenance through EcoCare Services. It replaces custom-designed components with standardized hardware to facilitate automated testing and digital-first commissioning.
The players
Schneider Electric
This is a global leader in energy management and automation solutions.
Equinix
This is an international company specializing in internet connection and colocation data centers.
The details
The new switchgear allows for system features to be updated through software rather than physical hardware modifications, reducing component counts and complex wiring. The technology was successfully piloted at a live Equinix colocation data center to ensure operational reliability.
Timeline
Schneider Electric unveiled the new switchgear on September 28, 2026.
Pilot programs for the new architecture will continue through 2027.
Broader market availability for the technology is expected in 2028.
The Tech Race
This transition replaces the traditional custom-designed medium voltage switchgear ecosystem, marking a shift toward standardized digital infrastructure. By prioritizing software-defined flexibility, the architecture positions Schneider Electric to dominate the evolving power-dense data center market.
Data center operators can achieve faster deployment times and reduced maintenance overhead by leveraging automated commissioning and AI-driven performance analytics. The ability to perform over-the-air updates eliminates the need for disruptive physical hardware swaps during routine maintenance cycles.
The takeaway
Transitioning power infrastructure from static hardware to software-defined models allows critical facilities to remain agile in a changing technological landscape. Operators should prioritize modular, updateable power systems to reduce long-term capital expenditure and improve site uptime.
What happens next
Schneider Electric will continue to run pilot programs through 2027 to refine the architecture, with broader commercial availability slated for 2028.
Further reading
Learn more about the latest innovations in power and cooling infrastructure by visiting our Data Centers section.
Live Poll
Do you trust that software-defined power systems improve the reliability of the services you use?
