By knowing these products are going to waste through the demolition of existing buildings, designers can incorporate these components into their design from the outset, using fewer new natural resources and raw materials..
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.
world for developing highly efficient, repeatable, standardised designs using its trademarked.
process along with a deep understanding of the future of the global data centre market.. Martin continuously explores new opportunities to evolve Bryden Wood’s purpose: connecting disparate industries through the lens of industrialisation, cross-pollinating thinking and design ideas and applying the disciplines of manufacturing to lower the entry threshold of new technologies..Chilled water systems can accommodate various data hall layouts and are suitable for future integration of liquid cooling technologies.. Heat rejection plant location:.
The heat rejection plant can be positioned on the roof or even remotely from the data hall itself, providing valuable design freedom..External heat rejection options:.
Chilled water systems are compatible with a range of external heat rejection options, including dry cooling, dry cooling with partial evaporative assist, and full adiabatic cooling.This allows for optimisation based on climate and environmental considerations.. A key factor in maximising the heat rejection system (with chilled water) efficiency is minimising the heat rejection unit approach temperature i.e.