Microsoft is hoping to address this issue from a number of different angles with the first-ever underwater data center. Currently, Microsoft is in its second phase of developing a state-of-the-art underwater data center capable of providing cloud services as quick as lightning to the coastal cities. Microsoft sank a data center on the ocean floor, where the sea water acts as a coolant, and plans to use the waves to power it. To take advantage of freely available cool air, we’ve seen Google open a data center in Finland and Facebook open a data center in a Swedish city near the Arctic Circle. Microsoft’s next step is to figure out a way to submerse multiple such underwater data centers and create a network that can perform the same scale of work as Microsoft’s inland centers. A few years ago Microsoft unleashed Project Natick, which was a massive operation to bring datacenters underwater to inherit the benefits of using seawater as a cooling system. Microsoft wanted to try putting a data center under the sea, to see if the seawater could naturally cool the computers. Without really understanding the science behind data centers, it is easy to see the attraction. If you go deep enough (generally around 100 meters or more) the water temperature gets quite chilly, anywhere from just above freezing to around 60 o F. Based on a Microsoft video, a person can walk through an empty warehouse and see all the IT racks, cooling systems, and electrical equipment comprising the future data center in the context of the real-world, physical building envelope. The Project Natick data center module was recently retrieved from the ocean floor near Scotland. Comment and share: Microsoft tests underwater data center paving the way for a new era in sustainable data By R. Dallon Adams R. Dallon Adams is … After working on its design and proving its viability, in 2018 the company deployed a pod full of servers off the Orkney Islands in Scotland. After the latest deployment, three years of proper testing, and a crucial summer expedition that ended the years-long survey, Microsoft came upon this decision. Microsoft sank a data center on the ocean floor, where the sea water acts as a coolant, and plans to use the waves to power it. At one of its data centers on the eastern bank of the Columbia River, Microsoft is testing a technique called two-phase immersion cooling. Edit: largest data center in the US consumes 90 megawatts of power. Microsoft's first experimental underwater data centre, sunk for five months in 2015, was dubbed Leona Philpot after a character in an XBox game. Microsoft has looked to this two-phase closed-loop system as a solution to increasing power requirements from components. But as storage density continues to increase, liquid cooling may offer a solution. Microsoft has been exploring innovative ways to cool its data center servers for some years now. Microsoft thinks it’s found a way to cut high energy costs for cooling data centers: By putting them under water. Roach, J. Microsoft finds underwater datacenters are reliable, practical and use energy sustainably. Microsoft is evaluating the long-term prospects of underwater data centers, in a bid to cut latencies, improve service, and take advantage of some of the ocean’s unique characteristics. Heat capacity is 4.2 KJ / liter / C. So it requires 5.6e24 joules to heat the oceans by 1 C. The world generates 20,000 TWh of electricity per year, and maybe 10% is for IT. Back in 2018, Microsoft began Project Natick, deploying a custom-designed data center to the sea floor off the coast of Scotland. The idea was that the cost of cooling computers would be lower if they were underwater. Typical data centers have to use freshwater cooling to keep those computers cool. Deepwater deployment offers ready access to cooling and a controlled environment and has the potential to be powered by co-located renewable power sources. Microsoft has recently begun experiments of submerging small data centers underwater to see if the ocean can keep the system cool without the need for external energy or cooling systems. Microsoft is experimenting with underwater data centers that could cut cooling costs and provide faster internet connections to the billions of people who live … An entire data center is sunk into the lake while the dam provides hydroelectric energy to the data center. Microsoft's Project Natick is a 40-foot container houses 864 servers in 12 racks, resting on a seabed 117 feet below the ocean’s surface off the coast of Scotland. In the future wind and wave will be oppertune, and currently imported fuel often arrives at ports and refineries. This is where Microsoft turns to liquid ... an underwater data center. Learn more from our blog on Everything you need to know about the Microsoft Underwater Data Center. Microsoft Tests Underwater Data Center for More Efficient Cooling. Deepwater implementation has ready access to cooling and a managed atmosphere and has the ability to be powered by co-located renewable energy sources. A new kind of data center is turning that idea on its head. Some companies, including Microsoft have developed underwater or partially submerged data centers that rely on large bodies of already cool water to disperse heat. High-Density Storage Cooling. Several years ago, we questioned whether undersea data centers were even a feasible technology. Project Natick: Underwater Data Centers. Microsoft Corporation price-consensus-chart | Microsoft Corporation Quote Ben Cutler, who leads Project Natick, stated that the failure rate of subsea data center servers was significantly less than the servers on land. So the company created a special data center (front) that could fit inside a large tank (rear). 28. Microsoft, however, is looking to take this a step further. “Underwater Cloud”: Microsoft is ready for servers in the sea. Microsoft has released a 3D video of the Project Natick underwater data center project. Did you know that Microsoft has an underground data center? Microsoft has concluded a years-long experiment involving use of a shipping container-sized underwater data center, placed on the sea floor off the cost of … Unlike water, the fluid inside the couch-shaped tank is harmless to electronic … But now with this project, known as Project Natick, in full operation, we can see the surprising merits of putting a data center at the bottom of the ocean. Microsoft claims that this liquid cooling method can reduce power consumption by as much as 15% after testing, which can already reduce power consumption for large data centers.. Interestingly, the Microsoft research team also said that this liquid cooling method may also reduce the hardware failure rate because these liquids can always help the hardware isolate the air. Servers and data centers need consistent cooling and ventilation as they generate so much heat. Early today, Microsoft revealed some latest information regarding Project Natick. It has finally found a way with project Natick. Being a subsea data center, it operates lights out, with a minimum life of 5 years, which can be stretched for as long as 10 years.

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