China's Offshore Wind-Powered AI Data Center Launched

China has launched the world's first wind-powered underwater data center, a development that underscores the massive and evolving energy demands of the global artificial intelligence boom. According to OilPrice.com, the $238 million Shanghai Lingang undersea data center demonstration project was launched in May by HiCloud Technology and state-owned China Communications Construction. The 24 MW facility is submerged 10 meters below the surface over 10 miles off Shanghai's coast and is mainly powered by an offshore wind farm.

The project highlights a significant shift in how major AI players are sourcing power. The Chinese government reported the underwater center uses more than 95 percent green electricity, reducing energy consumption by 22.8 percent compared to traditional onshore centers. This move toward renewable-powered computing, primarily to reduce water and land use, could influence long-term global energy mix projections. A UN report states around 90 percent of AI data centers worldwide are located in China and the United States, but while many U.S. facilities are powered by fossil fuels like gas, China is increasingly transitioning to green energy.

Separately, U.S. LNG exports continue to grow, with Venture Global executing new agreements to supply about 0.82 million metric tons per annum of LNG to Germany's EnBW for five years, Rigzone reported. This sustained demand for U.S. natural gas provides a stable outlet for associated gas produced in shale regions like the Bakken.

For Bakken operators, these global developments present a complex picture. The U.S. Energy Information Administration raised its U.S. crude oil production forecast for 2026 and 2027 in its latest outlook, Rigzone noted, suggesting continued strong domestic output. However, China's push to power its AI infrastructure with offshore wind and other renewables could signal a gradual, long-term reorientation of one of the world's largest energy consumers away from fossil fuels. This is a trend that could affect future export demand.

The immediate outlook for North Dakota remains tied to the EIA's raised production forecast and steady LNG export contracts. Yet, the scale of the AI-driven data center boom—and the innovative methods being deployed to power it—serve as a reminder that ultimate demand for Bakken hydrocarbons will be shaped by global competition and the energy choices of major technological and industrial powers.