
Volume 342, Issue 2 · 8 articles from 2 issues
Vertiv argues accurate battery SOC and SOH reporting is the prerequisite for smoothing volatile AI power draw. Read more
Vertiv makes the case for North American data centres to move from 480 V three-wire to 415 V four-wire distribution. Read more
Vertiv outlines the data center thermal chain, from rack heat capture to facility heat rejection and reuse for AI loads. Read more
Vertiv converted an existing IT room at the Naval Postgraduate School into a liquid-cooled NVIDIA DGX GB300 AI environment. Read more
Vertiv argues liquid cooling CDUs need dedicated UPS protection, since losing pump power can overheat GPUs in seconds. Read more
Vertiv and Dassault Systemes explain how reference architectures and digital twins validate AI factory designs before construction. Read more
Vertiv, ST Telemedia and Baudouin tested how AI GPU load swings destabilize generators and how UPS smoothing fixes it. Read more
Vertiv e-book on data center cooling architecture as rack densities rise from 20 kW to 150 kW AI clusters. Read more