## Key Takeaways – AI data centers now consume **gigawatts of power** — equivalent to small cities…
Data Center Infrastructure
10 Articles
Every day, someone somewhere is launching an AI workload. They pick their provider. They configure their instances….
You approved the budget. You locked in the timeline. Six months later, your data center is sitting…
PSU短缺并非均匀分布，不同地区的压力等级差异巨大。本文深入分析美国、欧盟、中国台湾、中国大陆和中东地区的差异化影响，揭示供应链结构如何决定危机中的命运。
Key Takeaways Single-vendor PSU dependency is your biggest supply chain risk; diversification cuts lead time exposure by…
PSU lead times have exploded to 24-36 weeks as AI data centers devour power supply capacity. Here’s what’s actually breaking the supply chain and how smart operators are adapting their procurement strategy.
The 12V power delivery systems powering most data centers are hitting a physics wall. Here’s why 48V and liquid cooling are the architectures the next generation of AI infrastructure is built on, and what it actually takes to make the switch.
AI demand is exploding, but the real bottleneck is no longer GPU specs. It is permitting, environmental review, and grid interconnection queues. Here is what policy analysts and infrastructure teams need to know about regulatory constraints shaping AI data center expansion in 2026.
Key Takeaways Liquid cooling can cut data center water usage by 40-60% compared to traditional air cooling…
Undersea data centers in the Nordic and Baltic regions are cutting cooling energy by 80 percent. Here’s how Google and Microsoft are deploying ocean cooling at scale and why it matters for infrastructure strategy.