How single-phase immersion cooling is revolutionizing data centers. Learn more in our blog.

Reading this Quartr analysis was eye-opening - even a powerhouse like Delta Electronics, known for leadership in server power systems, is just one vital link in the vast data center supply chain. Delta’s strengths in high-efficiency power, thermal, and automation stand alongside global giants such as Schneider Electric, Eaton, Vertiv, ABB, and Siemens - each shaping critical pieces of this fast-evolving landscape. As a partner from the engineering simulation world, it’s inspiring to see how virtual validation can help accelerate innovation, bridge disciplines, and push boundaries for the next generation of intelligent data infrastructure.

Ask a Data Center Pro: How Do You Optimize Power and Cooling for Cost Savings? Power and cooling eat up a huge chunk of any data center’s budget — but what if you could make your facility smarter, greener, and more efficient without sacrificing performance? Here’s how top-performing facilities do it: Cool smarter, not harder --Separate airflow with hot/cold aisle containment so your cooling units don’t overwork. --Raise temperature set points — modern servers are built to handle it! --Seal air leaks, use free cooling, and add targeted cooling where heat builds up most. Power up efficiently --Upgrade to high-efficiency UPS and PDUs (96%+ efficiency makes a big difference). --Turn on Eco Mode to cut energy losses. --Use DCIM tools to monitor power and temperature in real time — knowledge is power (literally). Optimize your IT gear -Virtualize and consolidate to reduce idle hardware. -Find and shut down those sneaky “zombie servers.” -Use dynamic power settings and invest in energy-efficient hardware. -And if it makes sense — shift non-critical workloads to the cloud. At Hertz Consult, we help data centers run smarter and save more by combining practical engineering with intelligent management. What’s one energy-saving strategy that’s worked best in your data center? Drop it in the comments — let’s compare notes! #AskADataCenterPro #HertzConsult #DataCenter #EnergyEfficiency #BusinessContinuity #Sustainability

【Whitepaper】When processors go beyond 5kW, single-phase systems reach their limits. Let's discover how two-phase liquid cooling boosts heat transfer efficiency and reduces energy use for next-generation data centers in Wiwynn's latest whitepaper. https://lnkd.in/gKeTrWAT #ThermalSolutions #AIInfrastructure #DataCenters #Wiwynn

The Cost of Cooling: Budget Smartly for Your Data Center 💡 Efficiently managing cooling costs isn’t just about comfort — it’s about operational stability and financial control. Here are a few smart strategies to keep your data center cool and cost-efficient: 🌤 Plan for Seasons: Anticipate higher loads in summer and adjust budgets in advance. ⚡ Track Energy Prices: Monitor tariff changes to prevent budget surprises. 📈 Scale Smartly: Align cooling budgets with your data center’s growth. 💧 Invest in Efficiency: Modern systems like liquid cooling or optimized airflow can lower long-term costs. 🔍 Audit Regularly: Routine maintenance keeps systems efficient and prevents waste. By combining proactive budgeting with technology upgrades, operators can achieve better cost control and performance reliability. #DataCenter #Cooling #EnergyEfficiency #FacilityManagement #Sustainability #BudgetPlanning

High-performance data centers turn infrastructure into advantage. Purpose-built power density, advanced cooling, efficient operations & private interconnection combine to boost performance, reliability & more for modern workloads. Clear overview here: https://eqix.it/4oIWvNo

High-performance data centers turn infrastructure into advantage. Purpose-built power density, advanced cooling, efficient operations & private interconnection combine to boost performance, reliability & more for modern workloads. Clear overview here: https://eqix.it/4oIWvNo

High-performance data centers turn infrastructure into advantage. Purpose-built power density, advanced cooling, efficient operations & private interconnection combine to boost performance, reliability & more for modern workloads. Clear overview here: https://eqix.it/4oIWvNo

High-performance data centers turn infrastructure into advantage. Purpose-built power density, advanced cooling, efficient operations & private interconnection combine to boost performance, reliability & more for modern workloads. Clear overview here: https://eqix.it/4oIWvNo

High-performance data centers turn infrastructure into advantage. Purpose-built power density, advanced cooling, efficient operations & private interconnection combine to boost performance, reliability & more for modern workloads. Clear overview here: https://eqix.it/4oIWvNo

🔌 Understanding Data Center Costs & Capacity in Today's Market 🔌 Did you know the cost to build a data center can range dramatically from under $1 million to as high as $17-19 million per MW? That's not just a number—it's a reflection of the technology, reliability, and cooling requirements involved. For instance: A standard enterprise-grade data center typically costs between $7M–$12M per MW to build. Crypto-focused data centers, which require less reliability, can be built for as low as $300,000 per MW. Why the variation? A lot comes down to the critical cooling systems. A 30 MW data center, for example, converts 30 MW of electricity directly into heat—demanding advanced, energy-efficient cooling solutions to maintain performance and protect sensitive hardware. But there's another bottleneck: long lead times for critical hardware. Transformers currently have waiting times of 1.5 to 4 years, while generators require 1.4 to 2 years—adding significant complexity to planning and expansion. For businesses planning data center investments, understanding these variables is key to balancing cost, capacity, and future-proofing. What's been your experience with data center costs or hardware lead times? Share your thoughts below! #DataCenters #CloudInfrastructure #TechInvestment #DataCenterCooling #CryptoMining #EnergyEfficiency #TechHardware #DataCenterCosts #SustainableTech