Reduced cost and better performance are just two of the advantages driving the move from air cooling to liquid immersion cooling. It’s an inevitable process and plenty of industries have already raced to get ahead of the game with the transition.
Among the biggest beneficiaries of switching to liquid cooling are data centers, cryptocurrency miners, electric vehicles, and industrial manufacturing. All four of these areas are experiencing tremendous advancements to keep society moving forward.
When you look at the immense benefits of today’s best cooling solutions—including real-world examples—the merits of upgrading to liquid immersion become obvious. Higher efficiency results in financial savings and environmental conservation. It’s simply the smart way to cool modern equipment.
Revolutionizing Efficiency: Immersion Cooling in Data Centers
Data centers are the use-case par excellence for immersion technology systems. At a time when processors need to draw out every last bit of performance, the greater efficiency of liquid immersion cooling can be a gamechanger. Data centers upgrading from air to immersion systems cut their electricity costs and emissions while enabling far higher server densities, all of which has a transformative impact on data centers.
Immersion cooling solutions like GRC’s also have other benefits. For example, you can add capacity fast and without the extensive modifications or infrastructure required for air cooling. Furthermore, liquid immersion works anywhere, from traditional data centers to warehouses or shipping containers in the great outdoors.
There are countless other advantages to liquid cooling solutions. These systems block out dust and pollutants, prevent corrosion, reduce noise, and enable heat reuse. In addition, you can dispense with the excessive use of generators, battery backups, chillers and air handlers, raised floors, and other costly inconveniences that come with air cooling.
Immersion cooling is driving nothing short of a revolution in data center operations. This includes major tech groups, such as Intel and Microsoft. Military and government agencies are also deploying immersion cooling from GRC, as are data centers across multiple industries. Moreover, new standards are emerging around liquid immersion as it rapidly becomes the cooling technology of the future.
Cooling the Future: Immersion Cooling in Cryptocurrency Mining
In recent years, a new type of currency has been strengthening its hold on the market—and it calls for liquid cooling solutions. Cryptocurrency mining generates digital money, which can be used for purchasing or investing. However, as a byproduct, it also produces a lot of heat.
Immersion cooling can help cryptocurrency miners achieve unprecedented scale. Heat stands out as one of the main challenges. By lifting the caps on mining rig density, crypto miners will be able to realize greater revenues while supporting the transition to secure digital currency.
With immersion cooling technologies such as GRC’s HashRaQ installed, mining operations can save money on cooling and dissipate more heat than current alternatives. This means being able to run the hardware faster, thus maximizing earning potential. It’s also easier to build and maintain facilities, as immersion cooling systems have fewer dependencies than their air-cooling counterparts.
Big crypto players are already using liquid cooling. A case in point is the Nasdaq-listed Bitcoin miner Riot Blockchain, which has installed 200 megawatts of immersion cooling hardware. That’s enough to support 46,000 mining devices. Another blockchain company, Bitfury, has deployed several of the largest liquid cooling systems in hyperscale mining centers. The processor density necessary to mine productively is simply too high for anything but immersion technology.
Electrifying Performance: Immersion Cooling in Electric Vehicles
In just a few years, electric vehicles (EVs) have gone from a niche curiosity to mainstream transportation. As exciting as this development is, EVs present their own difficulties. They rely on huge battery packs, power electronics, and electric motors—all of which emit heat. As with data center servers and crypto mining rigs, EV batteries need efficient cooling.
Because liquid immersion cools far more efficiently than air cooling, its application in electric vehicles makes perfect sense. Indeed, immersion-cooled EVs surpass the performance limits of conventionally cooled vehicles.
Immersion cooling systems improve thermal management for EVs. That’s good for safety as well as performance, as overheated batteries pose a significant fire risk. Liquid immersion also solves a number of other pressing concerns for the EV market, enabling more cost-effective vehicles that charge faster and drive farther. It’s no surprise then that Tesla uses immersion cooling in its innovative Semi and Cybertruck.
Innovating Reliability: Immersion Cooling in Industrial and Manufacturing Technology
Excess heat in manufacturing and related industrial processes can be a serious concern. Without adequate cooling, the machines that produce this heat during operation are vulnerable to equipment damage, loss of performance, and outright failure.
Immersion cooling addresses these problems by dissipating more heat than previously possible. As such, facilities using this technology can expect better reliability and longer-lasting machinery, as liquids cool machine tools while lubricating the process and clearing debris.
Liquid immersion is applicable to manufacturing equipment, military hardware, industrial processes involving lasers and semiconductors, plus lighting and imaging technologies, among many other areas. In deep-sea operations, immersion cooling protects components against seawater corrosion and high pressures. This is achieved by immersing transformers and other electrical systems in a cooling liquid.
Make the Immersion Cooling Transition with GRC
Organizations in multiple industries are already experiencing the benefits of liquid immersion cooling. Data centers, cryptocurrency miners, EV manufacturers, and industrial concerns are seizing this opportunity to level up their performance and profitability while preserving the environment.
Your business can enjoy these same advantages by transitioning to innovative liquid immersion cooling technology. GRC produces a range of liquid immersion tanks for data centers and cryptocurrency mining that are capable of halving your capital expenses and operational costs. At the same time, they massively increase your server density, cut environmental pollutants, and make your company eligible to apply for government grants.
The benefits of liquid cooling are undeniable, which explains why so many companies have already switched from air to immersion systems. Even more, businesses will make the move this year, putting immersion cooling on track to become a prerequisite for business success. Start the transition to liquid cooling now to optimize what your organization can achieve. Contact GRC, the global leader in liquid immersion cooling.
