Beyond the Basics: Accelerating Data Centre Decarbonisation 5 Nov 2024
By Orlando Baghaloo
Decarbonising data centres continues to be a pressing challenge due to their energy-intensive nature. With AI technology evolving rapidly, enabling faster data processing, the environmental impact of data centres is set to rise. Orlando Baghalooo, Associate Director, recently participated in a RIBA roundtable discussion with industry experts, where they explored the importance of creating a repository of low embodied carbon products to reduce the carbon footprint of these facilities.
At studioNWA, we embrace a *fabric-first* approach, prioritising energy efficiency at the design stage by reducing heat loss and optimising thermal performance before relying on mechanical systems. This approach is particularly relevant for data centres, where operational energy demands are significant.
District heating systems offer potential for effective reuse of excess heat As a company studioNWA continue to integrate district heating systems in to our projects, thus not only reducing emissions but also benefiting local communities.
Innovative construction methods like timber-framed buildings, green roofs, green steel, and even timber hot aisle containment systems offer exciting possibilities for reducing embodied carbon in data centres. Incorporating bird or wildlife habitats into the cladding and using growing mediums within data centre floors present cutting-edge solutions that merge sustainability with high-performance needs.
As we work towards the 2030/2050 carbon reduction targets it is crucial to scrutinise Environmental Product Declarations (EPDs) to ensure all materials meet rigorous sustainability standards. With AI driving new cooling technology demands, it’s essential to future-proof data centres for the long term.
studioNWA is committed to leveraging sustainable technologies, low-carbon materials, and community-oriented energy systems to ensure datacentres meet performance demands while contributing positively to our shared environmental goals.
Glazing ratios and solar shading devices designed to suit solar orientation ensure the building façade becomes more resilient to excessive heat gains and losses.
