Data centers (DCs) uninterruptedly run 24/24 h, 365 days per year with much huge
operating scale, and have the characteristics of high operation safety requirement, high heat …

The study is to perform thermodynamic, economic and thermoeconomic assessments for two
different direct immersion cooling data center systems which are the single-phase and the …

A lab-scale spray cooled rack system with a server and simulated heaters, operating with
near-ambient temperature coolant of approximately 30° C, was developed for data center …

The liquid-cooling data center (DC) systems have been becoming important for the rapidly
developing high-performance processors since the traditional air-cooled DC systems cannot …

This study delves into the adoption of the organic Rankine cycle (ORC) for recovering waste
heat from data centers (DCs). Through a literature review, it examines energy reuse with a …

With increasing reliance on information technology by modern society, the scale and energy
consumption of data centers (DCs) are rising rapidly. Approximately 40% of the energy …

In light of stricter emissions regulations and depleting fossil fuel reserves, fuel cell vehicles
(FCVs) are one of the leading alternatives for powering future vehicles. An open‐cathode …

Cooling systems can effectively enable information and communication technology (ICT)
equipment to utilize power more efficiently in data centers (DCs). Two-phase cooling …

A unique, solar-driven hydrogen energy system is developed for data centers in this study by
specifically developed Arctic Regions and addressing three of the key sustainable …

The combination of data center and PEMFC has been a promising data center zero-carbon
emission solution. However, the relevant experimental studies are very rare and most work …