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Technical references added to the library in the last 90 days.

Sources
1044
Downloadable PDFs
270
Years
1984–2027

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193–216 / 1044

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

npj Clean Water (Springer Science and Business Media LLC) 2021

Data centre water consumption

In cooling selection, add the roughly 25.5 million litres per year per MW of evaporative cooling water need and the potable share (57-65%) to the siting and water supply decision.

  • Raising chilled-water temperature from the usual 7-10 °C to 18-20 °C can cut expenses by 40%.
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

arXiv (University of South Carolina) 2026

Data-Driven Generator Transient Prediction for Digital Twin Decision Support

In data-centre generator load-transfer and retransfer sequencing, size load steps against generator voltage and frequency limits, and split steps whose prediction band crosses a limit into smaller steps.

  • Even at steady load, the low-inertia, governor-controlled generator showed low-frequency oscillations of about 3 V and 0.5 Hz.
Research paperPDF

Springer Science and Business Media LLC (preprint) 2026

Design and Development of a Next-Generation Medium-Voltage Architecture for AI Data Centre Infrastructure

Make the 0.1-10 Hz oscillation, 1.40 peak-to-mean ratio and coincidence factor explicit inputs in the AI campus load model, and check storage and buffering against grid ramp limits.

  • Conductor mass falls by 97.1%, electrical footprint by 58.1%, annual PUE from 1.42 to 1.11 and 15-year TCO by 32.4%.
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.

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