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Cooling boost for Irish university data centre

Business news |
By Nick Flaherty


French power giant Schneider Electric has provided technology for a high efficiency cooling system for the main production data centre at University College Dublin (UCD).

The datacentre houses high performance computing (HPC) clusters and provides a platform for research at its university campus. Total Power Solutions is replacing the cooling system with Schneider’s Uniflair InRow Direct Expansion (DX) modular cooling system to provide more predictable cooling via variable speed fans.

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Ten independent InRow DX cooling units are sized to the server load to optimise efficiency and the system is scalable to enable UCD’s IT Services Group to add further HPC clusters and accommodate more powerful central processing units (CPUs) and graphics processing units (GPUs).

The InRow DX cooling units work in conjunction with UCD’s existing EcoStruxure Row Data Center system, formerly a Hot Aisle Containment Solution (HACS), and provides a highly efficient, close-coupled design that is suited to high density loads. Each InRow DX unit draws air directly from the hot aisle, taking advantage of higher heat transfer efficiency and discharges room-temperature air directly in front of the cooling load, which significantly reduces the need for humidification.

“We designed the system to allow for the addition of four more cooling units to meet future requirements for facility expansion and changes in server technology. The overall effects of installing the new system are greater resilience and peace of mind, more efficient use of space for the benefit of the university’s main function of teaching, greater efficiency of IT infrastructure and consequently, a more sustainable operation,” said Tom Cannon, Enterprise Architecture Manager at UCD.

Each independent cooling unit provides additional redundancy in the system, so that if one fails the others have sufficient capacity to continue delivering cool air, ensuring uninterrupted operation of UCDs IT equipment and services.

Together Schneider Electric and Total Power Systems also worked to increase the resilience of the system and remove a major single point of failure, which previously existed. This eliminates risk of outages at critical times such as clearing and examinations.

The condensing elements of the cooling system have also been relocated to the roof of the data centre, freeing up significant space formerly used for external cooling plant and equipment. The increased efficiency of the cooling system has also cut the energy consumption and ongoing operational expenses.

“The Daedalus data centre at UCD hosts everything from high performance computing clusters for research to the centralised IT that keeps the University running. Total Power Solutions and Schneider Electric worked together to deliver a new, more efficient, and scalable data centre cooling system. The installation took place in a live environment with no downtime, in the midst of extensive construction activities on UCD’s Belfield Campus,” said Paul Kavanagh, Managing Director, Total Power Solutions.

“For UCD, having an efficient and highly effective cooling infrastructure was critical to both their HPC research infrastructure and their general IT operations,” said Marc Garner, VP, Secure Power Division, Schneider Electric UK & Ireland. “By working together with Total Power Solutions, we were able to successfully deliver the new cooling architecture, which will provide UCD with greater resilience of their critical IT systems and will meet the demands of this prestigious university for many years ahead.”

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