Explore Schneider Electric’s Liquid Cooling Technology

Liquid cooling technology has been around for decades, which historically focused on high-performance computing (HPC), gaming applications, and mainframes. Today, the demand for the Internet of Things, artificial intelligence, machine learning, big data, and edge computing applications is increasing, which is creating a need for hyperscale data centers.

Since servers demand high-power GPU and CPU for running business operations, liquid cooling is becoming crucial to meet such requirements in a data center. Immersive liquid cooling technology from Schneider Hong Kong Electric companies can help solve these issues.

It is a key step in bringing the benefits of immersion cooling to the mainstream market, which is fully compatible with the standard architecture. Immersion cooling benefits business with lower OPEX expenses, higher efficacy, reduced carbon footprint, and silent operations. It further helps achieve significant energy efficiency.

Recently, Schneider Electric announced a strategic partnership with Iceotope and Avnet on innovating cooling technology, which will combine high-powered GPU for enhanced energy efficiency. Its deployment is essential for hyperscale data center operations or edge computing environment.

Schneider Hong Kong Electric’s Latest Liquid Cooling Technology

Compared with conventional air cooling techniques, liquid cooling provides benefits like higher efficacy, lowered total cost of ownership, and enhanced server reliability. The latest liquid cooling technology from Schneider Hong Kong Electric offers immersive, chassis-based liquid cooling solutions.


  • Minimal heat added to space – with immersive liquid cooling, over 95% of the heat is removed. Thus, making a comfortable working environment in the IT space.
  • Fans are eliminated – uses less energy and eliminate associated health risks that are caused by fan operations and reduces the risk of IT infrastructure failure.
  • Waste Heat Recovery – hot water used to remove the heat from chips helps recover waste heat that can be used for facility or district heating. It can significantly impact OPEX costs and the overall carbon footprint of the facility.
  • Layout Flexibility – hot/cold aisle arrangement with containment, including air-cooled IT equipment, is essential for airflow management. Liquid cooling offers flexibility to arrange equipment accordingly as per needs.
  •  Geography – liquid cooling uses warm water, which helps achieve full economization across most parts of the globe.


  • Energy Costs

Liquid cooling technology from Schneider Hong Kong Electric can leverage 45° C / 113° F water for cooling, allowing for compressor-less cooling for the most part of the year under varied climatic conditions. For edge computing applications, energy savings for liquid cooling is dramatic.

  • Serviceability

Data center operators are now becoming familiar with liquid cooling technology, where the facilities can benefit from a reduction of power and cooling equipment to service and maintenance. A key to making this equipment and technologies serviceable is having dripless connectors to ensure the servers can be racked out and worked on. 

  • Rack Density

High rack density can be achieved with immersive cooling technologies since no air movement is involved in the IT infrastructure. Average rack density achieved by using liquid cooling technology ranges between 20 – 100 kW/rack.

  • Water Usage

Since liquid cooling uses warm water (45° C / 113° F), it achieves higher efficiency by removing a significant percentage of the heat while using less quantity of water.

Also, the type of fluids used is an essential consideration in determining the method’s applicability for deployment. Fluids that remove heat directly from the IT infrastructure fall under three categories: water-based, hydrocarbon-based oils (dielectric), engineered fluids (dielectric).

Schneider Electric’s Liquid Cooling Front

The applications of smart technologies like big data, machine learning, artificial intelligence, and cloud computing are boosting the demand for energy-efficient data center operations. The continuous increase of chip and rack power density drives energy and cost efficiency demands in the data center industry. Liquid cooling technologies are at the helm of such innovations.

However, necessary efforts are required for its widespread adoption in the data center industry. Schneider Hong Kong Electric’s liquid cooling technologies are helping drive the market towards growth and transition. Smart solution providers offer the best liquid cooling solutions with specialized services. Contact their customer support concerning issues.

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