ImmerseKool Sets a New Standard in AI Data Center Cooling with Single-Phase and Two-Phase Immersion Solutions
As high-performance AI computing and high-density GPU environments continue to expand, cooling technology has become a critical factor in data center competitiveness. In response, ImmerseKool is delivering next-generation cooling solutions through its Single-Phase and Two-Phase Immersion Cooling Systems, designed for advanced data centers, research facilities, and industrial computing environments.
■ Single-Phase Immersion Cooling: Stability and Operational Simplicity
ImmerseKool’s Single-Phase Immersion Cooling System directly immerses servers and workstations in a non-conductive dielectric fluid, ensuring exceptional thermal performance and complete electrical safety.
The coolant remains in a liquid state at all times, continuously removing heat through natural convection and an external heat exchanger.
A PLC-based touch panel enables real-time monitoring of fluid temperature, flow rate, pump pressure, and chiller status, while integrated alarms and remote monitoring support stable 24/7 operation. Designed with maintainability and real-world deployment in mind, the system delivers high reliability for production data centers.
■ Two-Phase Immersion Cooling: Ultimate Efficiency for High-Density AI Computing
The Two-Phase Immersion Cooling System is engineered for ultra-high-density GPU and CPU environments. Heat generated by the chips instantly boils the coolant, and the resulting vapor naturally rises to the condenser, where it returns to liquid form—creating a passive, pump-free circulation loop.
This technology offers over 95% improvement in cooling efficiency compared to air cooling, enables fanless and dust-free operation, eliminates thermal throttling for consistent peak performance, and dramatically improves data center PUE. It is ideally suited for AI model training, edge computing, and advanced research environments.
■ ImmerseKool’s Core Strength
Beyond supplying equipment, ImmerseKool provides fully engineered immersion cooling solutions, covering:
Immersion chamber design and manufacturing
Optimized thermal and fluid-flow architecture
Integrated system control and monitoring
A unified roadmap for DLC and immersion cooling components and systems
With this end-to-end capability, ImmerseKool delivers practical, deployable cooling solutions tailored to next-generation computing infrastructure.
ImmerseKool will continue to drive innovation in immersion cooling, setting new benchmarks for AI data centers, HPC, and advanced computing applications worldwide.
■ Single-Phase Immersion Cooling: Stability and Operational Simplicity
ImmerseKool’s Single-Phase Immersion Cooling System directly immerses servers and workstations in a non-conductive dielectric fluid, ensuring exceptional thermal performance and complete electrical safety.
The coolant remains in a liquid state at all times, continuously removing heat through natural convection and an external heat exchanger.
A PLC-based touch panel enables real-time monitoring of fluid temperature, flow rate, pump pressure, and chiller status, while integrated alarms and remote monitoring support stable 24/7 operation. Designed with maintainability and real-world deployment in mind, the system delivers high reliability for production data centers.
■ Two-Phase Immersion Cooling: Ultimate Efficiency for High-Density AI Computing
The Two-Phase Immersion Cooling System is engineered for ultra-high-density GPU and CPU environments. Heat generated by the chips instantly boils the coolant, and the resulting vapor naturally rises to the condenser, where it returns to liquid form—creating a passive, pump-free circulation loop.
This technology offers over 95% improvement in cooling efficiency compared to air cooling, enables fanless and dust-free operation, eliminates thermal throttling for consistent peak performance, and dramatically improves data center PUE. It is ideally suited for AI model training, edge computing, and advanced research environments.
■ ImmerseKool’s Core Strength
Beyond supplying equipment, ImmerseKool provides fully engineered immersion cooling solutions, covering:
Immersion chamber design and manufacturing
Optimized thermal and fluid-flow architecture
Integrated system control and monitoring
A unified roadmap for DLC and immersion cooling components and systems
With this end-to-end capability, ImmerseKool delivers practical, deployable cooling solutions tailored to next-generation computing infrastructure.
ImmerseKool will continue to drive innovation in immersion cooling, setting new benchmarks for AI data centers, HPC, and advanced computing applications worldwide.