PHOTO BY BRETT SAYLES ON PEXELS

China has made waves in the tech world with the introduction of the first underwater AI data center. This innovative facility promises enhanced cooling and energy efficiency, revolutionizing data storage and processing.

As underwater environments help manage heat better than traditional setups, this move may set a new standard for data centers globally. Interested readers will find out how this development might influence the future of technology and sustainability.

World’s First Of Its Kind

China has officially launched the world’s first commercial underwater computer center. Located off the southern coast of Hainan Province, the facility marks a major step forward in data infrastructure.

Check out the video below to see the project, which is now operational and meeting rising demand for computing power, especially for AI applications. It represents a new approach to handling high-performance workloads:

This launch places China at the forefront of underwater data innovation, blending advanced technology with a bold, first-of-its-kind deployment.

Cooler, Greener, Cheaper

China’s new underwater AI data center is setting a benchmark for energy-efficient computing. By using seawater for cooling, it avoids traditional air conditioning systems entirely.

The following post highlights that the facility cuts electricity and freshwater usage significantly, making it 40 to 60 percent more efficient than land-based data centers. It also eliminates the need for large-scale surface infrastructure:

This eco-conscious design supports growing demand for sustainable tech. It shows how innovation can meet performance needs without sacrificing environmental responsibility.

AI-Powered And Modular

China’s underwater AI data center uses a modular setup to boost flexibility and performance. Each unit operates independently, making upgrades and maintenance more efficient.

As the post below notes, the facility is powered by HiCloud. One module houses 400 high-performance servers. It handles up to 7,000 DeepSeek queries per second, supporting AI training, industrial simulation, and marine research:

AI algorithms optimize operations in real time, while the underwater design enhances cooling. This model combines smart automation with scalable, energy-efficient infrastructure.