Jaimie highlights Bryden Wood’s.
For global data centre operators, achieving consistency across facilities offers advantages like standardised, streamlined procurement (including DfMA modules) and condensed construction timelines.However, multiple options for heat rejection systems are crucial to ensure optimal efficiency based on local factors..
This balance between consistency and site-specific optimisation is a key consideration in modern data centre design for worldwide clients..The table below is based on large data centre deployments ranging from 5MW to 100MW data centre / campus, although, some information may be relevant for smaller installations.. Energy/water efficient heat rejection systems.An efficient heat rejection system design is limited by the following parameters:.
Supply air/water temperature:.the design temperature the cabs/racks/CDU require during normal conditions..
Peak summer and yearly external temperatures:.
the design temperature the external heat rejection equipment must be rated to, typically there will also be an additional allowance for recirculation for multi-unit installations (usually validated by an external CFD based on extreme temperatures and wind conditions)..However, as large serial clients adopt more standardised designs to improve efficiency on construction projects, the benefit of getting closer to supply chain partners is becoming clear..
Collecting even simple information about lead times, inventory, and production status helps to identify potential supply problems and enables owners to make more informed decisions.Using a system that.
connects this data into the construction process.explodes the possibilities for transforming efficiency.. KatalystDI’s system gathers construction data from deep in the supply chain, analyses it, and builds it into a new collaborative way of working.. 2.
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