Schneider Electric Launched Software-Defined Switchgear
The architecture enables remote feature updates and accelerated deployment for critical 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 designed to increase deployment speeds for data centers. The technology, which moves core functionality from custom hardware to software, was piloted at an Equinix facility.
Why it matters
Traditional power systems rely on custom hardware with long lead times, which struggle to keep pace with modern digital service requirements. This architecture enables zero-downtime upgrades and allows infrastructure to evolve alongside IT loads.
The system achieves 3× faster ordering and 2× faster commissioning speeds compared to conventional custom systems. By utilizing standardized hardware platforms, the architecture supports over-the-air updates and AI-powered predictive maintenance via EcoCare Services.
The players
Schneider Electric
A global specialist in energy management and automation that provides integrated power distribution and software-defined infrastructure for industrial and data center applications.
Equinix
A global colocation data center provider that maintains an extensive platform of interconnected sites and served as the pilot location for the new switchgear architecture.
The details
The architecture replaces custom hardware designs with standardized platforms, shifting core functionality into software to enable updates without physical modification. Digital-first commissioning utilizes automated testing to reduce the time required to bring new power infrastructure online. Integrated connectivity provides real-time performance analytics, while AI-driven predictive maintenance monitors the health of the electrical powertrain.
Timeline
September 28, 2026: Schneider Electric unveiled the new switchgear at YOTTA 2026 in Las Vegas.
2027: Pilot programs for the new architecture will continue.
2028: Broader commercial availability of the technology is expected.
The Tech Race
This development extends the established software-defined data center (SDDC) paradigm into the previously rigid domain of medium voltage power distribution. It marks a significant shift as industry providers move from bespoke hardware to scalable, standardized power architectures to match the agility of digital services.
Data center operators can expect faster deployment and commissioning times as the technology reaches broader availability in 2028. The shift toward software-defined updates reduces the need for physical hardware swaps, allowing for easier maintenance and feature integration over the equipment lifespan.
The takeaway
The transition to software-defined power infrastructure signals that the agility required for compute is now a requirement for the electrical grid. Stakeholders should track the 2028 commercial rollout to determine if these gains in deployment speed hold true across large-scale facility deployments.
What happens next
Commercial availability of the software-defined switchgear architecture is slated for 2028, following the completion of pilot programs through 2027.
Further reading
For more on how infrastructure is scaling to meet modern demand, see the latest updates in Data Centers.
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Do you trust that software-defined power systems improve the reliability of the services you use?
