Immersion cooling is a method where electronic components and other hardware are directly submerged in a dielectric cooling liquid. This technique provides much more efficient cooling compared to traditional air cooling systems.

• High Efficiency: Saves up to 95% cooling energy compared to traditional air cooling.
• Reduced Maintenance Requirements: Fewer moving parts mean lower maintenance needs.
• Quiet Operation: The absence of fans and similar noise sources ensures a quieter environment.
• Support for High-Density Hardware: Allows for the installation of higher-density hardware setups.
• Extended Hardware Lifespan: Prolongs the lifespan of hardware and reduces failure rates.
• Save Space: Saves up to 85% space thanks to its compact and all-in-one structure.

Immersion cooling systems typically use special electrically insulating – dielectric cooling liquids. These liquids effectively transfer heat without damaging electronic components.

No, the installation of immersion cooling systems is generally easier and quicker compared to traditional cooling systems. Their modular structure also allows integration into existing data centers.

• Data Centers: Ideal for high-density computing and storage needs.
• Artificial Intelligence and Machine Learning: Suitable for applications requiring high-performance computing.
• Cryptocurrency Mining: Perfect for continuous high-performance and energy-efficient operations.

Immersion cooling systems prevent hardware from overheating, ensuring reliability. Additionally, liquid sealing and safety measures protect the data center’s security.

Initial costs vary depending on the size of system and hardware used. However, long-term savings in energy and reduced maintenance costs provide significant reductions in total cost of ownership (TCO).

However, the total cost of the immersion cooling system is on average 40-50% of the total cost of classical air-cooling systems and related infrastructures.

Traditional air cooling systems dissipate heat through airflow and fans, while immersion cooling systems distribute heat by directly submerging hardware in liquid. This results in more efficient cooling and energy savings.

Yes, immersion cooling systems reduce the carbon footprint due to their energy efficiency. Some systems also allow for heat recovery, enabling energy reuse.

Immersion cooling systems are compatible with most standard servers, storage units, and computing hardware. Their customizable design can also be adapted to various hardware requirements.

Additionally, our contructed server manufacturers manufacture the servers suitable for immersion cooling.