Topic guide

Energy

Discover publications on data centre energy consumption, power demand and efficiency. Investigate measurement methods, operating conditions and improvement approaches through summaries and original references.

Sources
416
Downloadable PDFs
122
Years
2007–2026

All sources

73–96 / 416

Technical guideFree to read

Consulting-Specifying Engineer 2013

Data center power strategies

Offer distribution-voltage options (208/120, 415/240, 380 Vdc) with automatic loss and fault-current comparison.

  • 600 Vac reduces copper and fault current but yields no efficiency gain.
White paperFree to read

Schneider Electric 2012

Data Center Projects: Growth Model

Capture the IT load profile at project setup as four fields (initial kW, minimum final kW, maximum final kW, ramp-up years, default lifetime 10 years), not one design load.

  • kW = BTU/hr x .000293 and kW = tons x 3.52; each IT watt becomes a watt of heat, so the cooling profile equals the load profile.
Technical guideFree to read

Danfoss 2026

Data center solutions powering the digital economy

In the cooling-plant builder keep a component list per subsystem (chiller, CDU, pump skid, heat recovery) with fields for maximum chilled-water temperature, HX approach temperature and VFD THDi.

  • Advanced Active Filter with SiC switches quoted at 98.2% efficiency.
Technical guideFree to read

U.S. Environmental Protection Agency (ENERGY STAR) 2026

Data Centers for Utilities (ENERGY STAR)

In the cost model, attach utility incentive data (rebates) to measures such as efficient UPS, containment and economizers.

  • A cited 2016 study put downtime cost at $9,000 per minute, driving risk-averse over-redundancy.
White paperPDF

Open Compute Project Foundation 2023

Data Centers Heat Reuse 101

A heat-reuse module should report recoverable heat (kW) and its temperature band by cooling technology (air, RDHx, DLC/immersion) and suggest compatible heat-host categories.

  • Containerised/modular data centres can exceed 0.5 MW, a significant heat quantity for many local applications.
Research paperPDF

Energy Efficiency (Springer Science and Business Media LLC) 2019

Data centres in future European energy systems—energy efficiency, integration and policy

In waste-heat sales, set outlet temperature by cooling technology (air 25-35 °C, liquid up to 60 °C, two-phase up to 90 °C) and check heat-pump requirement against the district-heating generation (45-55 °C for 4G).

  • Fourth-generation district heating can run with supply temperatures of 45 to 55 °C.
Research paperPDF

WSEAS TRANSACTIONS ON POWER SYSTEMS (World Scientific and Engineering Academy and Society (WSEAS)) 2026

Design and Prototype of a Microgrid for Enhancing Reliability of Power Supply for Artificial Intelligence Data Centers

Follow the energy-balance chain in a PV/BESS sizing helper (daily load split, conversion losses, usable depth of discharge, power rating against night peak); report usable-energy duration rather than nameplate duration and make DoD an explicit input.

  • Covering 60% of demand needs 81,857 kWh/day from PV after 5% DC-AC and 10% battery losses.
RegulationPDF

European Parliament and Council of the European Union 2023

Directive (EU) 2023/1791 of the European Parliament and of the Council of 13 September 2023 on energy efficiency and amending Regulation (EU) 2023/955 (recast) - Energy Efficiency Directive

If the site's installed IT power is 500 kW or more, provide in the design for the annual Annex VII reporting and the monitoring infrastructure (energy, power utilisation, temperature set points, waste heat, water, renewables); measurement is based on the EN 50600-4 family.

  • Art. 12(2): data centres serving exclusively defence and civil protection are excluded.
Research paperPDF

Frontiers in Energy Research (Frontiers Media SA) 2022

Discussions of Cold Plate Liquid Cooling Technology and Its Applications in Data Center Thermal Management

For loads of 50 kW per rack and above, evaluate a hybrid cold-plate scheme (main loads on cold plates, remaining heat in air) for a PUE target below 1.2.

  • Cabinets with enclosed water-cooled backplanes can save nearly 35% of annual energy compared with air-cooled backplanes.

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