Switching system unlocks underutilised power in data centres

Consisting of two identical modules with up to 50A of current per module, the ICE Switch features hot-swap functionality and a configurable single-phase or three-phase input. The system, housed in a standard 19” 1U package, also carries UL/cUL and TUV 60950-1 safety certifications.

In a traditional data centre, power is typically provisioned to be 2N redundant, meaning that 50% of the power infrastructure is untapped to provide redundancy in the event of a failure. The ICE Switch unlocks additional power by allowing data centres to utilise that stranded power for 1N non-critical servers. Should a failure event occur, the ICE Switch shifts critical 2N applications to the redundant power, while provisioning any remaining power capacity to non-critical 1N applications based on priority levels set in VPS’ ICE Software. The ICE Software uses a combination of fine-grained telemetry and machine learning predictions to distribute redundant power for optimal use and high availability. This functionality will allow data centre operators to safely and reliably add servers without having to further invest in costly power infrastructure to support those additional applications.

“The ICE Switch is the next step in unlocking underutilised power capacity in data centres,” stated Matt McKenzie, President of CUI. “In addition to the peak shaving capabilities of the ICE Block hardware, the ICE Switch is a continuation of our efforts with Virtual Power Systems to set new standards for efficient power infrastructure.”

Shankar Ramamurthy, CEO of Virtual Power Systems, added, “CUI has been a tremendous partner for VPS in bringing the idea of Software Defined Power to market. The successful pilot tests of the ICE Block and now the release of the ICE Switch have proven them to be the ideal hardware partner for our innovative ICE Software solution.”