data center cooling
The Infrastructure Boom: $1.8 Trillion for Grid-Connected Data Centers
INTUVA sits at the center of one of the largest infrastructure waves of the century: a projected $1.8 trillion buildout of grid‑connected data centers and supporting power systems by 2030. As AI drives data center electricity demand to more than double worldwide, design decisions about power, siting, and grid integration are becoming just as strategic…
Read More...AI-Powered Data Centers: Custom Chips and Next-Gen Infrastructure
AI is reshaping data centers from generic compute warehouses into tightly engineered “AI factories” built around custom silicon, dense racks, and advanced cooling. As leaders like Google and AWS double down on bespoke accelerators and AI-optimized facilities, data centers configured for AI are quickly becoming the new benchmark for performance and efficiency. From general-purpose to…
Read More...Dense Fiber Networking in the Age of AI: Revolutionizing Data Centers
The shift towards dense fiber systems and high-bandwidth networking is redefining the backbone of modern data centers. As organizations scale AI applications, supporting GPU clusters becomes a necessity, driving a dramatic increase in connection complexity and demanding new innovations in cooling and spatial layout. This transformation ensures data centers remain resilient and future-ready as AI…
Read More...Liquid Cooling for AI Data Centers: The New Standard
With AI workloads pushing servers to their thermal limits, traditional air cooling is hitting a wall. Liquid cooling is rapidly moving from niche to necessity. Supports densely packed GPUs powering AI clusters Cuts cooling energy use by up to 40% Extends equipment life and boosts reliability For AI-driven facilities, liquid cooling is no longer optional—it’s strategic.…
Read More...Trash to Teraflops: Powering AI with Pyrolysis
“I’m using garbage to power and ice to cool data centers. No joke, and no emissions.” Meet Sierra Energy’s and Rebound Technologies novel architecture built around: ♻️ Pyrolysis of waste → clean power ❄️ Ice-based cooling boosts turbine efficiency and rack cooling ⚙️ On-site generation + parasitic power = grid independence 📉 60% tax credits…
Read More...Download Liquid Cooling for AI/HPC Workloads White Paper
As data centers face increasing demands from advancements in AI and high performance computing, efficient cooling has become essential. Our innovative liquid cooling solutions provide the foundation for a more reliable, scalable, and sustainable future, ensuring data centers can meet growing challenges with confidence. Liquid cooling, including direct-to-chip and immersion cooling, offers unmatched efficiency in…
Read More...INTUVA and Accelsius Discuss Liquid Cooling
The Pete Sacco Podcast: Data Center Edge – Liquid Cooling with Liz Cruz (Accelsius) & INTUVA As data centers evolve to meet the demands of AI and HPC workloads, traditional air-cooling systems are becoming increasingly inadequate due to limitations in thermal management and energy efficiency. Liquid cooling has emerged as a powerful solution to address…
Read More...Even ChatGPT-4o Doesn’t Understand Liquid Cooling!
Warning! This is my attempt to interject a little engineering humor into the otherwise bland subject of data center design liquid cooling.
Read More...AI/HPC has Completely Caught the Data Center Industry Off-Guard
AI/HPC workloads have caught the data center industry off-guard in terms of more efficient data center cooling & shift to tertiary markets
Read More...Power & Cooling in AI and High-Performance Computing Data Centers
INTUVA can tackle the additional power consumption and cooling demands required in expanding AI and HPC data center workloads.
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