With an integrated approach to problems, Bryden Wood brings together the best in engineering, architecture, and digital technologies to revolutionise data centre design.
We offer data centre clients the following:
- Multi-disciplinary approach to problem-solving routed in our design to value ethos
- Mission Critical power and cooling design
- RIBA 1-5 CSA Building design, optimisation and integration
- Reference design and kit of part design
- Procurement and DfMA strategy
- Structural and civil engineering
- Cloud-based Advanced BIM modelling
- Internal / External CFD / Pipeflo / Short Break Analysis, Buffer Vessel Sizing
- Automatic building configuration software development
- Sustainability/Energy strategies, LEED or BREEAM, Energy modelling, Whole Life Cycle Carbon Analysis
- Client Representative
- Site support and building life cycle analysis
- Local code analysis
- Telecoms and security design services
Why us?
We’ve worked closely with the biggest names in the hyperscale business for many years, creating masterplans for hundreds of MWs of facilities around the world. We’re known for delivering highly efficient, future-proof data centres that maximise MW yield for our clients.
Our integrated team are well placed to creatively meet the challenges of AI-driven data centres, through:
Enhanced efficiency:
- We deliver cost-optimised designs grounded in solid engineering. Our award-winning, multi-disciplinary team works together to ensure overall building optimisation including efficient MEP distribution with reduced structural tonnage. We provide our data centre clients with tailored, automated tools and insights into design delivery using leading-edge creative technologies.
Pioneering DfMA:
- We’re experts in manufacturing-led construction for reduced time and risk. We analyse where value in DfMA can be leveraged based on experience and knowledge of local markets, and often challenge our partners to question what is possible.
Scalability made simple:
- Our approach is to dismantle a process rigorously in order to analyse and optimise every single component, and then combine these into a repeatable, scalable solution. Digital tools enable us to experiment with a huge number of permutations of components; introducing variables, then measuring, iterating, and refining. This approach ensures maximum flexibility with significant cost and time benefits.
