Energy-saving Immersion Cooling Solution

Gallery Energy-saving Immersion Cooling Solution 1
Gallery Energy-saving Immersion Cooling Solution 1
February 2021
Headquarters Rochester, MN 55901, USA
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Energy-saving Immersion Cooling Solution - An innovative liquid cooling solution for Edge data center systems that saves energy and dramatically reduces both capital and operating expense

LiquidCool systems provide many advantages and ultimate cost savings over conventional air-cooled systems in several important ways. First, since LiquidCool systems do not require fans to move air, the electrical power needed for cooling is dramatically less than for air-cooled systems. Second, because cooling with a liquid is so much more effective than cooling with air, LiquidCool systems can operate in ambient temperature environments up to 45°C without the need for mechanical cooling or water consumption. Waste heat from servers can be recovered at temperatures high enough for effective reuse. Finally, LiquidCool devices are packaged in sealed enclosures, electronics are protected from environmental hazards that can cause conventional systems to fail.

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Key features

  • LiquidCool Systems use up to 98% less electrical power to cool servers than conventional air-cooled systems
  • LiquidCool systems for data centers take up 60% less space than conventional air-cooled systems
  • LiquidCool servers are extremely reliable, meaning they can be used far longer than conventional servers
  • Can reduce the total edge data center electricity usage by 40% or more, meaning that an edge data center with 200 kW of IT power can reduce its carbon emissions by 700,000 kg of CO2
  • By requiring 40% less electricity than air-cooled data centers, electricity supply is freed up for other usage
  • No water consumption for data center cooling - by contrast data centers using air-cooling consume about 1.8 liters of water for every 1 kWh of IT power

Profitability

  • Cost-to-build can be reduced by 20% or more as LiquidCool systems require less floor space and use simpler cooling equipment than air-cooled cooled alternatives
  • Reduces electricity use by 40% compared to an air-cooled alternative - representing an annual saving over 1 million kWh for a data center with 200 kW of IT power
  • Liquid cooling provides the ability to recover up to 95% of the waste heat generated and by reusing this waste heat, building heating costs can be reduced

Maturity Stage

  • Medium and large scale commercialization
  • Small scale commercialization
  • Initial market commercialization
  • Prototype testing in the real world
  • Prototype testing 1:1 in the lab

Similar solutions

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North america

United States, Canada,

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