At the root of this challenge lies an often-overlooked solution: design.

As data center demand surges, grid access—not land—is deciding which projects move forward, forcing builders to rethink power infrastructure, costs and schedules before construction begins.

The study identifies AI data centers as a fundamentally distinct category of electricity consumer. Traditional data centers ...

AI data centers are racing toward power levels that look less like server rooms and more like industrial plants, and their electrical infrastructure is straining to keep up. Into that crunch steps an ...

Austin Energy is planning for operational challenges and potential billing increases as new data centers with growing electric power needs are established in the region. The big p ...

AKRON, Ohio--(BUSINESS WIRE)-- Babcock & Wilcox (B&W) (NYSE: BW) announced today that it has further solidified its entry into the AI Data Center power supply market utilizing efficient and available ...

NVIDIA is rolling out AI data center reference designs that combine digital twins with power, cooling, and controls architectures from industrial partners including Siemens, ...

Discover proven strategies for navigating power, land, and regulatory challenges, accelerating modular construction, deploying advanced cooling, and building resilient, high-density data centers with ...

Amazon data centers are generating enough revenue to cover their costs and, in some cases, are even driving down utility ...

To continue reading this content, please enable JavaScript in your browser settings and refresh this page. The irony is striking: You're running a data center with ...

Data center architecture will change radically—from building design and cooling systems to urban planning—fundamentally ...

The AI data center building boom is spreading large-scale facilities across the U.S., but few are being designed with even an iota of aesthetic distinction. If a single type of building could define ...