The Future of Data Centres: Industrialisation, AI, and Sustainable Energy

Short break scenarios are simulations used to ascertain the behaviour of a data hall during a switch to standby power generation following a failure of mains power, employing transient analysis within Computational Fluid Dynamics (CFD)..

A permanent building may have different drivers, but lessons can still be learned from highly efficient on-site works such as the circus tent.. One aim of a fully considered DfMA strategy is to enable smooth running of the construction site.To create a well-orchestrated assembly line with productive workers carrying out pre-determined, standardised and well-understood tasks in predictable timeframes..

The Future of Data Centres: Industrialisation, AI, and Sustainable Energy

In short, we want construction sites to be more like factories.. Off-site and modular construction: are factories really all that great?.Prefabrication in factories (off-site construction) is often thought of as a panacea, a sure-fire way for construction sites to achieve greater productivity.However, factories can also be run inefficiently, and if traditional construction methods are simply shifted into a factory setting, the benefits of MMC can be diluted or lost..

The Future of Data Centres: Industrialisation, AI, and Sustainable Energy

In some cases, building off-site in a factory may even be less efficient than on-site construction.For example, prefabricated 3D modules (used in modular construction) involve many additional costs compared to conventional build.

The Future of Data Centres: Industrialisation, AI, and Sustainable Energy

These include transportation (a pre-fabricated room is mostly air, after all) and heavy plant for lifting modules into place.

Unless modules are fabricated on a just-in time basis they also have to be stored which costs money, especially if that storage needs to be sheltered from the elements.Rationalising and optimising the design against process requirements allows for greater use of prefabricated components.. Standardising repeatable design elements.

can increase prefabrication, including:.​•​ Structural frames and slabs (e.g., precast concrete or steel).. ​•​ Panelised wall and roof systems.. ​•​ Packaged utility plants (e.g., containerised systems).. ​•​ Multi-trade pipe racks and risers.. ​•​ Modular staff amenities and welfare areas.. Prefabrication transforms construction into a manufacturing-like process, with pre-assembled components enabling faster, more predictable on-site assembly..

Designers should collaborate with suppliers early to ensure prefabricated components are fit for purpose and deliver intended benefits.. Unlocking Programme Benefits with Prefabrication.Programme acceleration is a key driver for battery plants, where producing the first batches is a critical milestone.