Shao Ming Tan’s Post

In case you missed it, check out our latest project!     This video uncovers the ins and outs of our Precision Liquid Cooling technology, showcasing how our solutions will meet the thermal demands of future #computing architectures.     Our #liquidcooling solutions captures and removes up to 100% heat-generated using 40% less #energy consumption and up to 40% less water.    Find out more by watching the full video below!

Our portfolio companies are mission-driven and working hard to solve some of our greatest challenges.   One of the greatest is climate change where time really is of the essence. Innovative Climate Tech gives us one reason to be hopeful.   Iceotope Technologies Limited develops Precision Liquid Cooling technology to cool data centres, so that these consume up to 40% less energy and 100% less water. The company recently achieved chip-level cooling at an unprecedented 1000W. If you want to learn more about just how Iceotope is tackling the growing demand for serviceable, scalable, and sustainable data centre cooling, watch its latest video.   #profitwithpurpose #climatetech #climatetechnology

➡ Powering AI at scale requires more than just advanced processors—it needs cooling designed for the future. Liquid-cooled systems have emerged as indispensable components for future-proofing #datacenter operations. Coolant Distribution Units (CDUs) should be an integral part of your #AI-ready #liquidcooling system. Here’s why: 🔽 ✔ Efficient Cooling: It creates an isolated water loop and pumps this through the cooling system to operate at maximum efficiency, automatically adjusting the coolant flow and temperature to provide 100% sensible cooling ✔ Precise Temperature Control: This action of “decoupling” allows the CDU to accurately monitor and control the flow and temperature of clean, cool fluid to all types of IT cooling systems. The CDU maintains a secondary loop water temperature above the dew point in the data center, eliminating the possibility of condensation. ✔ Redundancy: Built-in redundant pumps and resiliency features ensure temperature, flow rate, and pressure, ensuring increased uptime and reliability. Learn more here about how to optimize your #liquidcooling infrastructure for peak performance: https://lnkd.in/e9K3q5cw

➡ Powering AI at scale requires more than just advanced processors—it needs cooling designed for the future. Liquid-cooled systems have emerged as indispensable components for future-proofing #datacenter operations. Coolant Distribution Units (CDUs) should be an integral part of your #AI-ready #liquidcooling system. Here’s why: 🔽 ✔ Efficient Cooling: It creates an isolated water loop and pumps this through the cooling system to operate at maximum efficiency, automatically adjusting the coolant flow and temperature to provide 100% sensible cooling ✔ Precise Temperature Control: This action of “decoupling” allows the CDU to accurately monitor and control the flow and temperature of clean, cool fluid to all types of IT cooling systems. The CDU maintains a secondary loop water temperature above the dew point in the data center, eliminating the possibility of condensation. ✔ Redundancy: Built-in redundant pumps and resiliency features ensure temperature, flow rate, and pressure, ensuring increased uptime and reliability. Learn more here about how to optimize your #liquidcooling infrastructure for peak performance: https://lnkd.in/e9K3q5cw

➡ Powering AI at scale requires more than just advanced processors—it needs cooling designed for the future. Liquid-cooled systems have emerged as indispensable components for future-proofing #datacenter operations. Coolant Distribution Units (CDUs) should be an integral part of your #AI-ready #liquidcooling system. Here’s why: 🔽 ✔ Efficient Cooling: It creates an isolated water loop and pumps this through the cooling system to operate at maximum efficiency, automatically adjusting the coolant flow and temperature to provide 100% sensible cooling ✔ Precise Temperature Control: This action of “decoupling” allows the CDU to accurately monitor and control the flow and temperature of clean, cool fluid to all types of IT cooling systems. The CDU maintains a secondary loop water temperature above the dew point in the data center, eliminating the possibility of condensation. ✔ Redundancy: Built-in redundant pumps and resiliency features ensure temperature, flow rate, and pressure, ensuring increased uptime and reliability. Learn more here about how to optimize your #liquidcooling infrastructure for peak performance: https://lnkd.in/e9K3q5cw

➡ Can your data center handle the heat of next-gen #AI and #HPC workloads? Enhance your #datacenter’s cooling strategy with Motivair Corporation’s ChilledDoor® Rear Door Heat Exchangers (RDHx): ✅ Enhanced Cooling Efficiency: Directly target heat at its source, improving cooling efficiency and reducing overall energy use. ✅ Scalability: Adapt to increased rack densities and new technologies seamlessly with RDHxs. ✅ Reduced Operational Costs: Achieve long-term savings through improved energy efficiency and minimized infrastructure wear. ✅ Environmental Sustainability: Lower your energy consumption and carbon footprint, supporting your sustainability initiatives. What can our cooling technology do for you? https://lnkd.in/gG_z9aP7

Staying up-to-date on the latest data center trends and technologies? Then don’t miss our brand-new webinar, “Powering Your Green Data journey”, free on-demand now! Our team of HVAC specialists, Jesper Therbo, Edmund Post and Ryan Drabek, share how Danfoss Drives addresses the following challenges to optimize the data centers of tomorrow: · Sustainability · Uptime · Harmonics · Circularity · Condition Based Monitoring · Liquid Cooling and more! Learn the secrets of managing datacenters in just under an hour by clicking the link: https://lnkd.in/d7zujtbr #DanfossDrives #Datacenter #Webinar #GreenData

♻️ Improved sustainability, 🏢 greater rack density, and 🔇 decreased noise are just some of the benefits of liquid immersion cooling, as presented by CTO Chris Carreiro. Liquid immersion cooling is an innovative solution for data centers that can help reduce energy consumption, minimize noise, and increase density. With this technology, servers are submerged in a non-conductive liquid that cools them more efficiently than traditional air-cooling methods. This leads to a more sustainable data center operation, with a reduced carbon footprint and lower energy bills. To learn more about this cutting-edge technology and its benefits, check out Chris Carreiro's presentation. #LiquidImmersionCooling #Sustainability #DataCenterTechnology

What are the tradeoffs in managing data center external airflow? It can be a careful balance of competing priorities, including thermal regulation, emissions control, noise, and aesthetics. Learn how digital twin technology offers a promising solution, enabling simulation and optimization of airflow scenarios for optimal performance and compliance. https://ow.ly/p6lv50TKnwx #DataCenter #DigitalTwin

Powering the future of IT with seamless energy solutions! ⚡ Online double-conversion UPS systems ensure continuous, high-quality AC power, protecting against voltage issues and equipment damage. With liquid cooling integration, these UPS units keep operations running smoothly, even during power failures, vital for high-density computing environments. Coupled with energy storage tech like BESS, they manage AI workloads efficiently, balancing energy demands and minimizing reliance on traditional sources. http://ms.spr.ly/6046ly6PM #UPS #DataCenter #AI #HPC