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IMMERSION ENERGY Dry Cooler: AI Field Cooling Solution for France

Oct 12, 2026

Project Overview

High density AI computing requires stable and efficient heat dissipation equipment to sustain continuous full load operation. Standard dry coolers struggle to maintain consistent heat exchange efficiency with specialized refrigerants under varying European climatic conditions, risking thermal instability for AI computing systems. To meet the rigorous thermal management demands of an AI field project in France, IMMERSION ENERGY delivered a customized industrial dry cooler.

This dry cooler features 45kW cooling capacity and adopts R1233ZDA as the cooling medium. Equipped with high efficiency EC fans and fully compliant with local 480V/3Ph/60Hz power standards, it delivers stable and continuous heat rejection, ensuring reliable and safe operation of the AI computing system throughout the year.

 

Project Information

  • Country: France
  • Customer: Local AI Field Project
  • Product: Dry Cooler
  • Application: AI Field Cooling
  • Cooling Capacity: 45kW
  • Cooling Medium: R1233ZDA
  • Supply Power: 480V/3Ph/60Hz
  • Fan Type: EC Fans

 

 

 

Project Features

AI computing facilities operate 24/7 with stable high heat loads, placing high requirements on cooling medium compatibility, energy efficiency and continuous heat dissipation performance. Ordinary cooling equipment cannot match professional R1233ZDA circulation, easily causing unstable heat transfer and affecting AI computing operational stability.

IMMERSION ENERGY's tailor made dry cooler is fully optimized for AI field working conditions. Designed for matched circulation with R1233ZDA, the unit achieves efficient, safe and low loss heat exchange. High efficiency EC fans deliver variable speed airflow control, reducing energy consumption at partial load and perfectly adapting to high density AI computing heat dissipation needs.

The unit is highly compatible with local 480V/3Ph/60Hz power standards, running stably without additional power conversion devices. With optimized internal flow and heat exchange structure, it maintains continuous 45kW rated cooling output, effectively avoiding equipment overheating risks and reducing long term operation and maintenance costs for the project.

 

Project Significance

This successful deployment in France verifies IMMERSION ENERGY's professional capability to customize dry coolers for AI computing scenarios, and proves the excellent fluid compatibility, energy efficiency and operational stability of our dry cooling systems under European power and climatic conditions. Leveraging mature thermal solution R&D and manufacturing experience, IMMERSION ENERGY will continue optimizing cooling efficiency and system reliability, providing professional and cost effective dry cooling solutions for global AI computing and high density data center projects.

 

For more information about our products and services, please feel free to contact us.

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