Software Defined Power moves to the UPS
The ICE software from Virtual Power Systems has been implemented in the latest firmware update of Schneider’s Galaxy VM UPS to bring power efficiency improvements and to increase the density of IT systems in the data centre.
Using the ICE software, the Galaxy VM UPS delivers a peak load (peak shaving) capability to any data centre. Traditionally, data centre operators had to implement a centre’s power infrastructure to accommodate peak load conditions even though these peaks might only be required periodically. This resulted in a very inefficient use of the available energy. With peak shaving, power that is stored in the mostly unused batteries of the Galaxy VM UPS provide the power to meet peak load conditions. Using this approach, operators can design their power infrastructure to meet normal operating loads, helping to achieve a higher equipment density and capacity.
“Increasing IT density within the existing capacity of a data centre can defer the requirement to build a new data centre due to power limitations,” said Steve Houck, CEO of Virtual Power Systems. “Our ICE control plane also increases power resiliency and power requirements. Through our joint efforts, Schneider’s Galaxy VM UPS customers will be able to delay CapEx/OpEx expenses related to the building and leasing of new power and facility infrastructures.”
VPS is working with all major power component suppliers, including CUI, to enable SDP throughout the power control plane within datacentres of all sizes. “Schneider Electric and Virtual Power Systems will continue to lead the way with the release of new Software Defined Power ICE enabled products in the coming year,” said Houck.
The collaboration is key for Schneider.
“Galaxy VM UPS with ICE from Virtual Power Systems can be an absolute game-changer for the medium-sized data centre,” said Jeff Samstad, Schneider’s Director of Innovation and New Businesses. “Data centre managers can get a much higher and faster ROI on their Galaxy VM investment, and delay new infrastructure expenses by creating more headroom for additional IT load within the existing power infrastructure. It also increases the effectiveness of the Galaxy VM UPS, since the batteries will be used regularly; if there are any battery issues they will be detected and addressed before the critical backup UPS power is needed.”
Related stories:
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- FIRST SOFTWARE DEFINED NETWORK FOR CRITICAL INFRASTRUCTURE
- SOFTWARE DEFINED POWER CONTROLLER FOR DATA CENTRES AND NETWORK INFRASTRUCTURE
- STARTUP PLANS WORLD’S LARGEST DATA CENTRE IN NORWAY
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