For years, organizations have been using hot-aisle/cold-aisle configurations to manage airflow in the data center, extend the life of equipment and lower cooling costs. In a hot-aisle/cold-aisle layout, the fronts of the server racks face each other and draw in cold air to cool the equipment. The backs of the servers also face each other, so that hot exhaust air is less likely to be drawn into the front of the equipment and cause overheating. The Department of Energy estimates that this...
Read MoreABB has been selected by leading data center start-up, DODID, to deliver a comprehensive electrification and automation package for its flagship data center, which has 20 percent reduced cost of ownership.
Read MoreSTULZ’s new EC Tower, is designed for rapid deployment and requires a third of the footprint of some conventional precision air-conditioning units.
Read MoreSchneider Electric has expanded its EcoStruxure™ Ready cooling portfolio, with the introduction of a 30kW InRow™ DX solution. Available in a 300mm rack format, this data centre cooling solution offers industry leading efficiency and addresses the increasing demand for higher density cooling in the data centre.
Read MoreContinuing unprecedented demand for new datacentres, fears around the shortage of skilled professionals, concerns about the future disruption of 5G, and the limited impact of Brexit are some of the key findings from the latest industry survey from Business Critical Solutions (BCS).
Read MoreElectricity is like air and water - something that we have all come to take for granted. But there is now clear evidence that we cannot assume our energy sources can be forever guaranteed. By Mark Guest, Rittal’s Product Manager for IT Power Distribution.
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