Data centers worldwide face increasing regulatory pressure to reduce energy consumption and carbon footprints. There is a growing demand for energy-efficient, eco-friendly cooling solutions.

It becomes a great challenge for air conditioning and fan cooling systems, which is a significant portion of global energy consumption. In data centers 40 percent of energy consumption goes to cooling alone. It is inefficient and cannot address heat hotspots effectively. The consequence is increased energy costs and environmental impact.

It also has a large footprint, low rack density, and high noise issues. However, a game-changing spray cooling system offers high efficiency and precision, addressing significant opportunities for cooling optimization and energy savings.

It uses precision-targeted micro-droplet mist to absorb and dissipate heat. Spray nozzles produce ultra-fine mist directed at heat sources. Heat evaporates the droplets, providing rapid and localized cooling. It reduces cooling costs while increasing server performance and longevity. The system is also scalable and adaptable to data centers of any size and configuration. The result is efficient, sustainable, and scalable.

The oil spray cooling system has been verified with high efficiency and precision, using a digitally controlled electric oil pump. It has a real-time FOC control for liquid pressure, flow rate, volume, and a liquid temperature measurement of +/-0.3°C. There is no fan in the system, which means no noise.

Another option to replace air cooling is liquid immersion cooling. Below is a comparison between oil spray cooling and immersion cooling.

Oil spray cooling systems have low operating costs and reduced carbon footprint with less liquid consumption. It supports data centers in achieving sustainability goals and meeting regulatory requirements.

For more information, please visit https://www.ns-magnet.com/.