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Future of Construction.
Using water for adiabatic cooling allows the unit to cool the air close to the wet bulb temperature of the ambient air as opposed to the dry bulb temperature (dry cooling).Due to the wet bulb temperature being often many degrees below coincident dry bulb temperature, in high dry bulb conditions this can mitigate the requirement for mechanical cooling.. Data Centre with DEC unit.
Chilled water system flexibility.The most common systems installed in data centres use chilled water as the medium between the internal and external units.Chilled water systems offer significant flexibility:.
Data hall configuration:.Chilled water systems can accommodate various data hall layouts and are suitable for future integration of liquid cooling technologies.. Heat rejection plant location:.
The heat rejection plant can be positioned on the roof or even remotely from the data hall itself, providing valuable design freedom..
External heat rejection options:.It means our clients can make arrangements for carbon offsetting prior to the data centre facility being handed over.. We continue to investigate and take opportunities to make use of the heat that is generated by the cooling of data centres.
with provision for heat export suitable for connection to district heating or industrial processes where viable.. We are also working with data centre clients on alternative sources of clean energy; an area where we see significant potential for data centres to become autonomous, and to promote the use of cleaner standby power systems.. A positive future for data centre design.As society’s requirement for data processing grows, so the market for data centres will continue to grow – and at a frantic pace.
The potential impact of our integrated approach, therefore, driving efficiency and improving performance, will only be more important for our clients and their customers..It is not sustainable, or desirable, to continue building more and more traditional data centres.