China Launches World’s First Wind-Powered Underwater Data Center

Key Takeaways

1. Data centers consume vast amounts of water daily, often from drinkable supplies, contributing to local water shortages.
2. Many data centers rely on fossil fuels for power, which can increase air pollution and health risks for nearby communities.
3. China’s first underwater data center aims to address environmental concerns associated with traditional data centers.
4. The underwater data center project is expected to use over 95% of its energy from sustainable sources and eliminate water usage completely.
5. This initiative represents a significant step towards eco-friendly computing, reducing land use by 90% and power consumption by 22.8%.

While data centers serve as a crucial foundation for the digital realm, they are also becoming a significant public health and environmental issue. A large data center typically uses between 3 to 7 million gallons of water each day to keep cool. This water often comes from drinkable supplies, which can lead to increased water shortages in the area. Moreover, many data centers depend on power from fossil fuel plants, which tend to release harmful air pollutants that can raise the chances of respiratory and heart diseases among those living nearby.

An Innovative Approach

In response to these pressing challenges, China has recently unveiled the completion of the world’s first underwater data center (UDC) project in Lin-gang. This initiative, which has seen an investment of 1.6 billion yuan ($226 million), marks a significant advancement in creating eco-friendly and low-carbon computing facilities.

The design of the project aims to specifically tackle the environmental issues associated with traditional land-based data centers. It is anticipated that this facility will utilize over 95% of its energy from sustainable sources. Additionally, it is set to eliminate water usage by 100%, require 90% less land, and decrease total power use by 22.8%.

A Major Milestone

As per the Lin-gang administrative committee, the finishing of this 24-megawatt underwater data center signifies a key milestone in the combined growth of underwater data centers and offshore renewable energy sources.