Construction sites have been around since the dawn of civilisation.
through repeatable processes.. Lincoln’s background - ranging from carpentry to senior roles in construction innovation - has convinced him that detailed, standard designs can be scaled quickly and flexibly, making data centre production more predictable..The AI Factor: Handling new workloads and higher power densities.
One of the biggest challenges in the sector is the rise in AI-driven computing, which dramatically increases server rack power density and heat generation.This shift forces data centre developers to adjust their strategies.As Lincoln puts it:.
‘I’m in conversations all the time, whether or not it’s a new client that’s asking for, you know, 100 plus KW per rack… it’s pushing us to innovate pretty hard.’.More powerful servers mean that traditional air cooling can become inadequate.
Lincoln suggests that the move towards alternative cooling methods - like liquid cooling - must balance innovation with the reliability needed to maintain near-perfect uptime.
Robust testing and early collaboration with manufacturers and utility providers are key to ensuring new solutions are both effective and safe..It brings designers and manufacturers closer together, creating a common understanding and language.
This enables a richer level of collaboration, including more advantageous conversations, which can occur earlier in the housing design process than they normally would.. PRiSM & Residential Data.One of the most important things about PRiSM is the research that sits behind it, achieved through the analysis of literally thousands of London apartments.
PRiSM benefits from substantial research into a broad cross-section of residential developments, various typologies, areas and spaces within apartments.We wanted to understand just how much standardisation was actually taking place.
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