DCX LIQUID COOLING SYSTEMS’ Post

A UPS (Uninterruptible Power Supply) ensures continuous power to connected equipment during power failures. It includes a rectifier, battery, and inverter. When main power is available, the UPS charges the battery. During an outage, the inverter converts stored DC power to AC power for the equipment. At AREA31 Datacenter, UPS systems are crucial for business continuity. They provide clean, uninterrupted power, protecting critical IT equipment and data from costly downtime and loss. Choose AREA31 for reliable and secure data center solutions. #datacenter #data #server #network #area31 #teleportfacility #lifeatarea31 #dataprotection #bigdata #infrastructure #serverroom #datacenterindonesia #datahall #informationtechnology #business #securitydata

⚡ Designing a Reliable Power System for Data Centers ⚡ When building or upgrading a data center, the power system plays a critical role in keeping everything running smoothly. Here are five key factors to consider for a reliable, efficient, and future-ready electrical setup: 1️⃣ Power Needs: Calculate how much power the servers, storage, and network equipment will use. With modern data centers, it’s essential to measure power needs accurately, especially since many have high power demands. 2️⃣ Power and Cooling Work Together: Make sure your power system can handle the cooling equipment. UPS systems and backup generators need to support cooling during outages to avoid overheating. 3️⃣ Efficiency Matters: Track how efficiently your data center uses power (PUE) to avoid waste and lower costs, especially with more energy-efficient processors. 4️⃣ Backup and Redundancy: Always plan for failures. Use redundant systems like N+1 or 2N to keep things running, even if part of the system goes down. 5️⃣ Prepare for Growth: Build a power system that can grow with your needs, using modular systems that can expand as you add more equipment. By focusing on these areas, you can ensure your data center has a reliable, efficient, and scalable power system. ⚙️ #DataCenters #Infrastructure #PowerSystem #Efficiency #Resilience

🌐 How Can Data Centre Cooling Improve Your Business Operation? In the digital economy, businesses of all sizes rely heavily on cloud-based applications and data storage. This data is processed and stored in data centres, which include extensive networks of servers and other computing resources. As these facilities operate, they generate a considerable amount of waste heat. If this heat is not properly managed, it can lead to system failure through overheating. 🔍 Discover what happens if a server room overheats and why effective data centre cooling is crucial for operational efficiency and reliability. Click the link to learn more! https://lnkd.in/eiK2QwbZ #DataCenters #CloudComputing #ITInfrastructure #CoolingSolutions #TechBlog

Choosing a Rack Power Distribution Unit (rPDU) is an important step to ensure the stable and secure operation of a data center ✅ The #rPDU not only enables the monitoring of energy consumption but also allows quick responses to load changes, thereby enhancing the overall resilience of the data center infrastructure. However, when selecting a reliable solution, it is essential to consider various factors, ranging from the type of power supply (single-phase or three-phase) to the capability for remote monitoring and management. In the article on our website, we have prepared a useful guide on how to choose the optimal model and explained, which rPDUs are used in IXcellerate data centers. Enjoy reading: https://lnkd.in/ejARfpNg #IXcellerate #DC #datacenter

Effective data center cooling is crucial for maintaining optimal performance and minimizing operating costs. By ensuring your servers, storage, and network equipment stay cool, you can prolong their lifespan and prevent costly downtime. DCT offers a range of cooling solutions to meet your specific needs: Free Cooling: Leverage outside air to cool your data center, saving energy costs. Room Cooling: Provide overall cooling to the entire data center space. Rack-mounted DX thermal cooling offers localized cooling directly to individual racks. Row-Based Cooling: Efficiently cool multiple racks within a row. Centralized Chiller Systems: Provide centralized cooling for large-scale data centers. Let DCT help you train you on the right cooling solution to keep your data center running at peak efficiency. Contact us: info@dct-training.com #DCT #essentials #cooling #datacentre #datacomms #datacommstraining

Feeling the heat? The Liebert® iCOM thermal controls offer thermal management optimization at both the unit and system levels, with easy-to-use, touch screen interfaces that give #datacenter managers the insight needed to maximize performance. https://lnkd.in/eAvZ7b7X

#Datacenters are facing a fragmented ecosystem and rapidly evolving hardware demands. The shift from uniform servers to diverse, high-density components has made it difficult for multi-client co-location facilities to anticipate and prepare for varying cooling requirements. Operators often resort to incremental solutions like in-rack or in-row cooling units and rear-door heat exchangers. ⚠️ However, these approaches may not scale effectively across entire facilities, especially when the incoming equipment specifications are uncertain. 💡 That's why we've developed our hybrid liquid-air cooling #datacenter solution. Our dynamic density-controlled cabinet technology combined with predictive DCIM software offers a flexible and scalable approach, bridging the gap between traditional air and advanced liquid cooling. By adjusting cooling to the actual workload in real time, we help future-proof your data center infrastructure without needing costly, facility-wide retrofits. Our solution accommodates a wide range of hardware and densities, ensuring your data center is prepared for whatever comes next. Let's move beyond incremental fixes and embrace a comprehensive cooling strategy tailored to today's dynamic market demands. Get started with DDC to future-proof your data center: https://lnkd.in/gVvquKdR

📋 Case study: Euclyde Datacenters division France de nLighten chose a Lift&Drive solution for secure server handling in tight spaces! Context 🔎 Euclyde Datacenters decided on a Lift&Drive DC09 U52 server and battery lifter for their data center in Lyon. The most important for Oliver Nambrard was to provide the data center clients with a lifting solution that could prevent injuries to personnel and materials during server handling in their facilities. Part 2️⃣: the solution To address the problem with server handling in their facilities and improve service to their clients, the search for a suitable material handling solution began, and Pronomic emerged as a potential supplier. Another factor was finding a solution that could fit the available space. The data center is tight, with cable gates above and narrow, low passageways to consider. The Lift&Drive DC09 U52 was a perfect fit with the telescope mast that allows passing through low passages while still reaching the top U position in the server rack. With the flexible and easily adjusted handlebar, the lifting solution can be adapted to multiple users to ensure an ergonomic work position. The tight turning radius of the lifting solution also allowed easy movement in the data center, even around the tightest bends. Interested in discovering the benefits of this solution? Stay connected so you don't miss the upcoming posts! #serverhandling #rackhandling #liftingdatacenter #servermoving #datacentersafety

Cooling is the largest conversation currently. With the advance of server processors, GPUs, power supplies and density in the datacenter, there is a greater need for cooling conversations. There are many different options available and a bias on what to use based on the hardware those individuals support. I see the argument for on the chip cooling and everyone of the experts on processors and GPUs make the same statement. "On chip cooling is the most efficient option available on the market" What they do not do is finish that comment with "for the processor" or "for the GPU". There is a greater density in the servers as well as higher wattage power supplies to power these processors and GPUs. The solution moving forward is going to have to be a hybrid solution. Cooling door solutions will bring the rest of the hardware temperatures down in addition to the direct on the chip cooling. We can get into the technical details and justify the hardware and validate the performance but it does not align with the companies values. It is known that these increases are going to demand more power to run processors/GPUs, more cooling to maintain datacenters, higher network bandwidth with more robust switches and even more power needs from the grid for all of these. The concern of the company, the board, the CEO or the agency is can it be done and be sustainable. This is where cooling doors come into consideration. This solution will not use as much energy to cool, add a cooling solution that is scalable and work in conjunction with other methods to get the results and sustainability desired by all. These new environments are with cooling doors have eliminated large power hungry legacy cooling solutions. This reduces energy cost, maintenance cost while increasing power efficiency, cooling efficiency and sustainability messaging. Legrand Data Center Solutions has full capability of addressing any cooling needs. They have an extensive portfolio to cover what is best not only for the environment but for the sustainability of the solutions. The cooling door solutions are part of the next path in cooling. Working with ColdLogik by USystems and adding these solutions to the overall plan for the datacenter will allow faster growth and expansion for this new hardware. Reach out to your Dell Technologies Datacenter Team for more information on how ColdLogik by USystems is being engineered and implemented with Dell Technologies HPC/ML/AI solutions. ColdLogik by USystems is a validated solution with Dell Technologies and part of many projects currently deployed as well as those under design to be deployed.

The demand for data center services has been increasing, driven by growing technological requirements year after year. As a result, there is an increased need for resources like energy and water to support these facilities. Managing heat dispersion remains a significant concern within the data center industry. Read more about the difference between Single Phase vs Two Phase Immersion Cooling- https://zurl.co/UHBD PeaSoup.Cloud Martin Bradburn, Art Malinowski, Stephen Perry #datacenter #immersioncooling #liquidcooling #datacenterinfrastructure #colocation #hyperscale #datacentersolution #datacenterservices