The embodied carbon figures used are estimations based on LETI 2020 benchmarks for office buildings, excluding sequestration.

He has pioneered a new, transformative way of delivering critical infrastructure that employs a systematic approach, automation, and manufacturing in place of traditional bespoke construction..Through a multidisciplinary approach to design, Bryden Wood has become synonymous with transformational innovation in DfMA,.

industrialised construction., and component-based construction to deliver projects at pace and scale.And, over the last decade, has been at the forefront of creative technologies, developing data-driven design automation tools using algorithmic design methods and leading-edge analytics.. Much of Bryden Wood’s focus is on producing high-performing models for accelerating and.

industrialising new technology.– creating technological infrastructure to support the decarbonisation of energy, and innovations in healthcare, life sciences, transportation, communication, and industry..

The company is well-known in the.

data centre design.This allows the data centre to rely solely on the heat rejection plant and no chillers - minimising energy consumption and resulting in low PUE values.

PUE is dependent upon whether the heat rejection plant operates using adiabatic cooling..However, for most data centres, peak summer temperatures exceed the required supply temperature.

This necessitates mechanical cooling to maintain design conditions.The larger the temperature difference, the harder the mechanical cooling system must work.