The spectacular new Aviva Stadium, the home of Ireland’s international soccer and rugby teams recently opened on Dublin’s Lansdowne Road, is equipped with no fewer than 64 cold rooms, all under the watchful eye of a Data Manager system from RDM.
One of the largest refrigeration projects undertaken in recent years in the Irish capital, the installation required some 8km of ethernet cabling to connect up the cold rooms and associated refrigeration packs, condensing units and controllers.
The refrigeration system supports the stadium’s vast onsite catering facility, designed to meet huge surges in demand from the 50,000 capacity crowds on match days.
Martin Kerr of Montgomery Refrigeration, which carried out the installation, said: “It’s a large distributed system with great distances between the various elements, both horizontally and vertically through the seven tiers of the stadium.”
He added: “The RDM control ensures the entire system continues to operate at peak performance, reducing energy costs and pinpointing any potential issues before they become a problem.”
Among the 64 cold rooms, mainly used for cooling drinks, there are seven freezer rooms, all supported by six refrigeration compressor packs and seven condensing units located throughout the stadium
Each cold room and freezer room is equipped with a Mercury control panel system from RDM., while the packs and condensing units have Mercury Plant Controllers. The whole network is wired up to a state-of-the-art RDM Data Manager, which provides central monitoring, control and alarm functions.The control system is equipped with a special energy saving feature that caters for the particular sporadic nature of usage of the stadium’s facilities.
"We can program the system not to trigger alarms in the event of intentional system off, and save a great deal on energy costs in the process. It’s a great solution for hospitality facilities with big swings in demand for drinks."
Sustainability and care for the environment are strong themes in the design of the stadium. For example, rainwater falling on the expansive roof is harvested and channelled into a 320,000 litre capacity storage system.It also employs a heat recovery system to harness waste energy from diesel generators to produce hot water for bathrooms, kitchens and the under-pitch heating system.