For a start, technology spending will double.. We’ll also need to have a complete understanding of how the traditional and industrialised aspects of a building will interact with each other, she says.. “You're talking about interstitial spaces, adjacencies, attachments, components.

Emphasising the shift toward a. reference design approach., Jaimie showcases how data centres are adopting 'kits of parts,' allowing clients to scale quickly while adapting to site-specific needs.

This approach leverages repeatable, standardised components, ensuring design integrity, speed, and flexibility.. You can also learn more about our approach to data centre design on our.Click the 'play button' above to watch the episode, or read our 5 Key Takeaways from this episode below.... 1.The evolution of data centres: From one-off projects to standardised platforms.discusses how the data centre industry is transitioning from delivering one-off, bespoke projects to adopting standardised, repeatable design platforms.

This shift is driven by the need for efficiency and scalability as the demand for data centres grows.By creating a 'kit of parts' approach,.

aims to streamline the design and construction processes, reducing waste and optimising the supply chain.. 2.

The convergence of energy and data centre sectors.Heat rejection systems, including mechanical cooling, have started to reach a plateau, with manufacturers making incremental enhancements to accommodate higher chilled water temperatures within the ASHRAE A1 range..

The next significant leap in the industry lies in the adoption of liquid cooling.Many larger data centre operators are now integrating liquid cooling solutions into their facilities.

However, the lack of a standardised design topology for liquid cooling systems and their various configurations, poses a challenge.We may witness the emergence of two distinct data centre topologies: the energy-efficient approach versus the high-density model, or perhaps a hybrid combination of both.