Solutions Provider

Increase Miner Hash Rates

    Air-cooled miners often face restrictions on significant overclocking due to the increased heat load produced by ASICs. However, Immersion System provides a solution by offering superior control over the temperature of each ASIC's PCB and chip. Through efficient absorption and elimination, the dielectric fluid swiftly absorbs the additional heat load generated by overclocking, effectively dissipating it with the help of the cooling system. 
    This unique capability allows miners to safely and effectively overclock their equipment using Immersion System.

Energy Consumption Cut in Half

     ASIC fans and facility fans typically consume a significant amount of electricity, often accounting for up to 50% of the total usage. However, with immersion cooling, these fans become obsolete, allowing for the redirection of resources to additional miners. This not only eliminates unnecessary energy consumption but also creates more opportunities to generate value. 
     By adopting immersion cooling, businesses can optimize their operations and maximize their productivity while reducing overall energy consumption and costs.

Improve the Reliability of Cooling System

      In high-temperature environments, electronic devices often experience overheating, which is a major cause of equipment failure. However, immersion cooling offers a simple solution to lower temperatures. By fully submerging IT equipment in a non-conductive liquid, immersion cooling effectively isolates the equipment from the surrounding air and shields it from harsh environmental conditions. Unlike air cooling, immersion cooling eliminates the damaging effects of humidity, dust, and fan vibration on electronic equipment.
      As a result, it significantly enhances the reliability of IT equipment.

Recommend Single-phase Cooling

      Immersion Energy firmly believes that single-phase, full immersion cooling is the optimal solution for electronic systems in terms of efficiency and effectiveness. The coolant employed in this method is not only more cost-effective but also ensures stable temperatures during continuous 24-hour operations. 
       One of the key reasons why customers choose single-phase cooling is the assurance of safety and user-friendliness during both usage and maintenance. Unlike systems involving phase change processes, single-phase cooling eliminates the risk of significant coolant expansion, which could potentially lead to leakage.