This convergence of components and processes unlocks the true power of digital, data and manufacturing.. D for design in DfMA: digital design tools, simulation and optimisation.

And nowhere is this more relevant than in data centre design.. A data centre is about performance above all – minimising cost per kW, maximising IT yield per square metre, minimising energy and water consumption, maximising the efficiency of M&E building services, and minimising waste..There are standard ways to address all of these value drivers, and many companies to do that.

But to really raise the bar on what can be achieved with data centre design and M&E services, it’s essential to understand the mechanical and electrical systems, the architecture and the structure as being intimately interconnected and fully interdependent.Each of these facets must work in harmony to maximise the potential for optimal data centre design and that is impossible to do when the project is divided up and these areas are treated separately..It is, however, possible to achieve through an integrated design approach and.

Data centres developments have baseline costs like utilities, land, civils and structure...So the more data centre capacity you can fit onto your site, the more IT yield per square metre you will get, and the lower your cost per kW will be.. As data centre designers, we must aim to maximise the site yield.

Here’s how we can do this:.

It is not uncommon for permitted development on data centre sites to be limited to around 20 metres .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:.