Data Center Advanced Liquid Cooling
Data Center Liquid Cooling Solutions
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Data Center Liquid Cooling & Immersion Cooling
Running a data center, it consumes enormous power to operate and maintain servers, networking equipment, cooling systems, and other infrastructure. There are approximately 8.5 million data centers around the world, as the servers continue to grow to handle the surge in data traffic, the power consumed by each server has also grown 1.5kW increased to 3kW in the past few years.
According to the International Energy Agency (IEA) report, the global energy consumption of data centers reached 220 to 320 billion kWh, accounting for 0.9% to 1.3% of the worldwide power usage.
KAORI HEAT TREATMENT CO.,LTD has rich experience for solving the energy efficiency issues and heat dissipating problem since 2018. By implementing this Direct-to-Chip (D2C) Cold Plate & immersion cooling, fans and air conditioners are not necessary. That’s how Kaori can significantly reduce the power consumption. By using a more efficient liquid cooling & immersion cooling systems, the PUE can then reach 1.1or even lower.
KAORI’s data center liquid cooling solution includes: In-Rack Cold Plate 80kW CDU (Coolant Distribution Unit) & 30kW RPU+RDHx for small and medium enterprise sever room; 2U & 4U All-In-One solution CDU & Immersion Tank, to cool down servers with dielectric liquid for laboratory testing and also for the large scale application such as In-Row (Liquid to Liquid) CDU、25U & 48U split designed solution.
Product Information
Liquid/Air RPU+RDHx Cooling Solutions
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D2C Cold Plate Liquid Cooling Solutions
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Immersion Cooling Solutions
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Success Case
30kW ~ 200kＷ Immersion Liquid Cooling Solutions
80kW~1.3kW Liquid Cooling CDU
Cooling capacity 3.6MW ~ 100MW ----Keeping up to-----> 450MW
1000+ shipments
Case Study
After nearly three years of practical use of immersion liquid cooling technology, a world-renowned e-commerce group has publicly stated that measured power savings can reach more than 70%, and IT equipment failure rates have also been significantly reduced by 50%.
2018.Q3 – Present (operating 24/7 with zero failure reported)
Max. cooling capacity 3.6MW
Average annual PUE (Power Usage Effectiveness) 1.07（less 7% of electricity used for cooling)
Photo credit by client public released
Downloads
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