Topic guide

Site planning

Review publications on site selection, building layouts and the physical arrangement of data centre infrastructure. Explore capacity, environmental conditions, access and expansion in the context of your project.

Sources
147
Downloadable PDFs
36
Years
2001–2026

All sources

49–72 / 147

Research paperPDF

arXiv preprint (Black & Veatch / University of Central Missouri) 2025

Enhancing Grid Resilience for Giga-Watt Scale Data Centers Using High Voltage Circuit Breaker Operated Braking Resistors

In gigawatt-scale data-centre interconnection studies, add the load-loss scenario from IT load transferring to UPS in a voltage dip (for example 5 × 200 MW with a 1:1 split giving 500 MW) to the grid frequency and voltage analysis.

  • Data-centre plant sizes are cited as ranging between 500 MW and 2 GW.
Technical guideFree to read

CBRE 2025

Global Data Center Trends 2025

In the site module, store local power and planning caps (for example Amsterdam 70 MW IT) as site-rule warnings.

  • Northern Virginia inventory is 3,046.1 MW with vacancy of 0.76%.
Technical guidePDF

Open Compute Project Foundation 2022

Guidelines for Connection of Liquid Cooled Information Technology Equipment (ITE) to Data Center Facility Systems, Revision 1, Version 1.0 (April 2022)

Place standard tap-off points with isolation valves, vent/drain/flush connections and strainers at every rack or CDU connection in liquid cooling layouts, sized from Q = flow x delta T x cp so future kW per position is explicit.

  • Keeping FWS liquid above dew point avoids condensation; the ASHRAE recommended dew point limit for air-cooled classes A1-A4 is 15 C.
Technical guideFree to read

Huawei Digital Power 2025

Huawei AI Data Center Reference Design

Import RD 01-21 as parametric AI-hall templates (rack kW, racks per module, module kW, redundancy of fan walls/TMUs/towers, generator and transformer counts) and as golden test cases for capacity math.

  • Power distribution supports 2N, DR and BR architectures.
Technical guideFree to read

Cundall 2024

Is power or water best for cooling?

When a user selects a cooling topology, show a three-way comparison of energy (PUE), water (WUE) and carbon (CUE using local grid intensity) for the chosen site.

  • Danish hyperscale project with Fjernvarme Fyn: heat pumps lift to 70-75 C, expected 165,000 MWh/yr of heat at full build-out.
Research paperPDF

arXiv preprint (math.OC), MIT Operations Research Center 2025

Locational Marginal Emissions for Carbon-Aware Data Center Operations in Large-Scale Power Grids

In data-centre carbon accounting, consider hourly locational marginal emissions (LME) rather than an annual-average grid factor; the LME-based intensity (about 672 kgCO2/MWh) was about 3 times the average factor (202).

  • Emission rates assumed in the simulated grid: coal 800 kgCO2/MWh, gas 450 kgCO2/MWh, wind/solar/nuclear/hydro 0.
Research paperPDF

Frontiers in Environmental Science (Frontiers Media SA) 2026

Net sustainability assessment of AI-driven data centers in the GCC: an MCDA approach framework

In AI data-centre investment assessment in hot, arid regions, weigh carbon, water, social and governance criteria together with explicit weights (0.40/0.25/0.20/0.15); indirect water (desalination energy) was about 0.68 times direct cooling water.

  • In the extended boundary, embodied carbon adds 15-25% to the operational footprint.

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