Motivair Corporation’s Post

🔬 The physics of data center cooling has taken center stage.   🆒 Where does your cooling infrastructure rank?   #Datacenters traditionally relied on air cooling. As processor power consumption has risen, AI applications will now depend on #liquidcooling. Why?   ➡ Single-phase direct liquid cooling offers the best performance and ability to scale out to at least 1,500 watts per processor - a performance point that is needed to keep up with the rapid rise of #AI and a broader adoption of #HPC in enterprise data centers.   What can our #cooling technology do for you? https://lnkd.in/gJCFhP7N

This excellent article from Building Design + Construction discusses the surging popularity of AI and the pressure it’s putting on data centers to power global digital transformation. They see a major need to implement more efficient direct-to-chip liquid cooling systems, which are far more efficient for heat removal than air and greatly lower a data center’s PUE. Check it out. https://hubs.li/Q02rD_7C0 #ZutaCore #liquidcooling #datacenters #ai #hpc #SustainableTech #HyperCool #AIComputing #sustainability #zeroemissions

Modular data center designs are becoming a necessary industry standard. As data centers evolve alongside #AI and distributed computing, traditionally designed facilities no longer have the capacity to keep up with these innovations. ZincFive CEO and Co-Founder Tim Hysell offers his thoughts to Data Center POST on how the growing market of modular units is best equipped to handle evolving computing needs without sacrificing performance or efficiency. #datacenterpost #GoodChemistry https://lnkd.in/eNMTrYDz

The more powerful servers used in AI that are densely clustered produce even more heat than traditional data centers. Generative AI’s greater energy requirements — ranging from 300 megawatts to 500 megawatts per data center, an amount that can power 300,000 to 500,000 homes — are expected to also require more energy-efficient designs and locations, which in turn will require data center operators to increase efficiency and work more closely with local governments to find sustainable energy sources to support data center needs.

What You Need to Know about Liquid Cooling for AI-Powered Data Centers 1️⃣ AI's growing infrastructure needs are hitting data center constraints on power, space, budgets, and water usage hard. 2️⃣ Direct-to-chip liquid cooling can help data centers transcend these limitations in 4 key ways: - Drastically cuts cooling energy use, freeing up power for more compute - Allows for denser, space-maximizing server configurations - Slashes cooling costs, providing budget relief - Reduces water waste by up to 49% 3️⃣ For any organization pursuing AI, liquid-cooled infrastructure is a must to enable scaling up sustainably. Get the full scoop in this insightful piece! 💧⛄️ #ai #datacenter #liquidcooling

Owing to the recent developments amongst Technology companies to expand their AI and Cloud Computing businesses, the amount of data center supply under construction in North America jumped by 70% year-on-year. AI demand would drive up water withdrawal, where water is removed from ground or surface water, to up to 6.6 billion cubic meters by 2027. Learn how H2O Innovation is helping these data centers to mitigate their water footprint by maximizing resource use and reusing water for their evaporative cooling towers. Let's discuss how our solutions could help you to minimize your overall water stress. #H2OInnovation #DataCenters #WaterPositive #Sustainability #UltraFiltration #ReverseOsmosis #MembraneBioreactor #DBOM.

➡ In the world of AI, every kilowatt counts. The average rack power density today is around 15 kW/rack, but AI workloads, according to industry reports, will command upwards of 60 – 120 kW/rack. With the accelerating pace of high-density workloads, direct #liquidcooling technology will be the bridge for #datacenters in the #AI era. Here’s why: 🌡️ Superior Thermal Performance: Liquid cooling offers superior heat dissipation capabilities compared to traditional data center cooling methods. 🔋 Greater Energy Efficiency: Single-Phase Direct Liquid Cooling uses less energy compared to other data center cooling methods. 💻 Higher Computing Density: Liquid cooling maximizes the utilization of available space. This allows data centers to accommodate more computing power in the same footprint, optimizing resources & increasing revenue-generating potential. What can our cooling technology do for you? https://lnkd.in/gJCFhP7N

"The global data center liquid cooling market was estimated at $2 billion in 2022 and is expected to grow at a compound annual growth rate of 15% between 2023 and 2032, according to Global Market Insights." This rapid growth in the data center liquid cooling market highlights the rising demand for efficient, adaptable, and intelligent cooling solutions. As the industry evolves, technologies must enhance operational efficiency, adapt to changing conditions, and enable intelligent control and monitoring. We recognize these industry trends and have developed solutions that meet and exceed these expectations. Our systems are designed to provide superior operational efficiency through intelligent control and monitoring, adapting seamlessly to changing environmental conditions and operational demands. Discover how our custom solutions can transform your operations and prepare you for the future of data center cooling. Read more about it here: https://lnkd.in/gc_KWZZ8 #AUTOBrine #DataCenterCooling #CustomSolutions #WaterConditioning #BrineDelivery #Engineers #WaterTreatment #

In the ever-evolving landscape of data centers, staying ahead means staying skilled. 🛠️ Our article dives deep into the crucial need for continuous skill upgrades. From AI and edge computing to sustainability, engineers must adapt to thrive. Join us in exploring the challenges and opportunities of the modern data center. Read the full article👉 https://lnkd.in/gYRJ7FFp #DataCenter #Technology #Innovation #Engineering

🌍 Sustainability Meets Innovation 💡 Compass Datacenters is rethinking cooling strategies to tackle one of the biggest challenges in data center operations: balancing efficiency with sustainability. Cooling is key to operational success, and their approach shows how the industry can innovate to meet environmental goals while staying scalable and resilient. It’s a reminder that real progress comes from combining expertise with a commitment to change. What are your thoughts on driving sustainability in our industry?