AI Workloads Drive Data Center Power Demands

Pumps for Data Center Cooling Systems With the continuous growing demand for AI computing power, the need for data center infrastructure is increasing day by day. At present, high-efficiency liquid cooling technology has become a key factor driving technological development. Winning Pumps provides modern data center cooling solutions tailored for AI computing scenarios. Our product coverage includes DCC data center cooling systems, CDU coolant distribution units, FDU facility distribution units, and efficient heat dissipation solutions for GPUs, ensuring the safe, stable and continuous operation of high-performance IT infrastructure. Our Yuehua brand GZA(S) series stamped stainless steel centrifugal pumps, with 31 years of technical accumulation and application experience, deliver maximum cooling performance in an ultra-compact footprint. We offer highly reliable pumping technology support for data center operators and cooling system manufacturers, helping customers improve operational efficiency and enhance overall system reliability.

Pumps for Data Center Cooling Systems With the continuous growing demand for AI computing power, the need for data center infrastructure is increasing day by day. At present, high-efficiency liquid cooling technology has become a key factor driving technological development. Winning Pumps provides modern data center cooling solutions tailored for AI computing scenarios. Our product coverage includes DCC data center cooling systems, CDU coolant distribution units, FDU facility distribution units, and efficient heat dissipation solutions for GPUs, ensuring the safe, stable and continuous operation of high-performance IT infrastructure. Our GZA series stainless steel stamping centrifugal pumps, with 31 years of technical accumulation and application experience, deliver maximum cooling performance in an ultra-compact footprint. We offer highly reliable pumping technology support for data center operators and cooling system manufacturers, helping customers improve operational efficiency and enhance overall system reliability.

AI isn’t just reshaping workloads — it’s rewriting the rules of data center design. As GPU racks push past 100 kW and power availability becomes a gating factor, the real performance bottleneck is no longer compute — it’s thermal management. We invite you to join Schneider Electric, Motivair & HPE Dec 3–4 to explore scalable cooling and power strategies in our upcoming webinar. Register today: http://spr.ly/6045BBt2Ih #DataCentersoftheFuture #cooling

Quality Equipment for Coolant Distribution Units (CDUs) High-performance computing in Data Centers is driving the need for more efficient liquid-cooling systems. These specified systems require quality equipment to perform 24/7 and reliably monitor, regulate, and dissipate heat from the processing equipment. As high-performance computing evolves to support rapidly growing technologies like AI and quantum computing, so does the need for more robust data centers. High-density data center equipment generates much heat and needs to be continually cooled. Liquid cooling systems, because liquid has higher thermal conductivity, are much more efficient than air-cooled systems. Quantrol has the high-quality equipment that professionals need for Coolant Distribution Units (CDUs). Call and talk to one of our experts. Contact the Quantrol team for questions and assistance: (630) 355-3330 info@quantrol.net #boilersystems #watertreament #waterindustry #watermanagement #coolingtower

First of its kind! UL Solutions has certified ABB’s HiPerGuard to UL 9540. This is the first medium-voltage, multi-mode static inverter designed to perform as a UPS to earn this certification. ✓ Independent verification of safety and grid-ready performance ✓ Supports higher-density power architectures for AI and high-performance computing ✓ Builds confidence across operators, utilities, and code authorities As AI drives growth in data center demand, ABB innovations like HiPerGuard are setting new benchmarks for reliable, scalable power protection. The HiPerGuard portfolio is both IEC and UL Certified with voltage levels from 4.16kV and up to 34.5kV. Learn more here: https://lnkd.in/eEzrJvF7

AI infrastructure is pushing power architectures to new limits. A single 100kW AI server can contain 100 AI chips across 10 server cards, requiring precise power conversion, voltage regulation, and thermal management to maintain stability and efficiency.   From the 480V 3 phase 100kW input to the ultra-low voltage point of load conversion, every stage of the power chain must be validated under real world operating conditions.   Key test components include: • Chroma 61800 Grid Simulator for AC power input simulation • Chroma 63700 Regenerative DC Electronic Load for energy recovery and system level testing • Chroma 63200A High Power DC Electronic Loads for validating high current DC distribution • Chroma 62000DC High Power DC Power Supplies for stable DC sourcing • 48V to 12V voltage regulation and 12V to 0.8V POL conversion validation • Chroma 63202A-20-2000 Ultra Low Voltage DC Electronic Loads for AI chip power rail testing • Chroma 62000P Programmable DC Power Supplies for precision voltage delivery   As AI servers continue scaling in power density, end to end validation of PSUs, BBUs, HVDC systems, and power shelves becomes critical for performance, efficiency, and reliability.   See how Chroma supports comprehensive AI server power validation from grid input to AI chip level testing.   Download the brochure to explore the full solution: https://lnkd.in/gwbCD7-3   #AI #AIServers #AIInfrastructure #DataCenter #ServerTesting #AIChip #DataCenterInfrastructure #HVDC

Battery storage might be the most data‑intensive asset class on the grid: millions of cells, SoC/SoH every few seconds, and control actions that need to land in ~150 ms — all on hardware that’s expected to run for 20–25 years with changing components and firmware. An article I just read on battery storage edge data (IIoT World) nails the real challenge: not just volume, but shifting regulations, evolving business models (who’s responsible for balancing?), and messy, noisy OT networks. Most operators discover the hard way that they need cell‑level visibility and a data architecture that can keep up with constant change — not just a better dashboard. This is exactly where Seeq fits: helping utilities and IPPs turn OT data from cell → container → site → fleet into decisions. We unify messy, multi‑OEM tags into a consistent asset model, survive hardware/firmware churn, and give operations, trading, and asset teams a shared, high‑speed view of degradation, availability, and market performance — without rebuilding everything every time the business model shifts. If you’re wrestling with BESS data from the edge to the control room, this perspective is worth a read — link in the comments. #BatteryStorage #GridEdge #PowerAnalytics #EnergyTransition #Seeq

Mr. Data Centers at the Sumitomo Electric Lightwave booth at Data Center World with Matt McDonald and Katie Tart. Fiber routing and connectivity infrastructure doesn't get talked about as much as power and cooling, but it's just as critical to high-density AI builds. The bandwidth demands of GPU clusters at scale put serious pressure on the fiber plant inside the data center, and Sumitomo Electric Lightwave has been engineering high-density fiber connectivity solutions for this exact problem. Their booth had fiber routing displays and intra-connectivity solutions on the table, the kind of infrastructure that has to be right before anything else in the stack performs correctly. Thanks for having us, Matt and Katie.

🚀 Liquid cooling is no longer optional — it's a strategic imperative. The latest "Liquid Logic" report from Castrol reveals a clear message: the data center industry must act now. 72% of data center experts say we need to adopt liquid cooling within 3 years to stay competitive. 92% agree it's the future standard for HPC thermal management. Key takeaways: 🔹 Direct-to-chip (DLC) & immersion cooling — handling 1000W+ TDP chips 🔹 40-60% energy savings on cooling infrastructure 🔹 Enables AI clusters at 300-1000kW per rack 🔹 Market projected: $5B → $20B by 2030 The question isn't *if* you'll move to liquid cooling. It's *how fast* you can make the transition. What's your timeline? #DataCenter #LiquidCooling #AIInfrastructure #HPC #Sustainability

Learn how serial-in, parallel-out shift registers make it possible to convert data streams into usable parallel outputs in digital systems. This chapter breaks down the logic behind one of the key building blocks of digital electronics and data communication. https://lnkd.in/gx6vSVZG