Chinese Grid Concerns Over AI Power Demand Highlight Role for Firm Fuels

Chinese power grid operators are pushing back against government plans to power a boom in artificial intelligence data centers primarily with renewable electricity, citing reliability risks and unpredictable demand, according to a report from OilPrice.com. This debate over powering energy-intensive computing has direct implications for global natural gas demand, a key export commodity for Bakken producers.

Industry analysts and officials told Reuters that China's strategic goal of having renewables meet the majority of data center electricity demand by 2030 may not be feasible. The core issue is the inflexible, power-hungry nature of AI operations. "From what we understand, they (data centers) cannot really adjust power consumption load much," Pei Shanpeng, a director at Chinese power firm State Power Investment Corporation, said at a recent industry conference. "GPUs are very expensive, so once they are purchased, operators want to use them as quickly and as intensively as possible."

This resistance highlights a critical challenge for a pure renewable strategy: data centers require constant, reliable power, which intermittent sources like wind and solar cannot always guarantee. According to an International Energy Agency report from last year, as of 2025, coal dominated China's data center electricity supply with a near 70% share, followed by renewables at nearly 20%, nuclear close to 10%, and natural gas accounting for the remainder.

The debate is timely as China aggressively expands its data center capacity, including launching the world's first offshore wind-powered underwater data center, a 24 MW demonstration project in Shanghai developed by HiCloud Technology and China Communications Construction. The IEA projects solar PV and wind could add nearly 90 TWh of electricity for data centers by 2030, supported by policies favoring construction in renewables-rich western China.

However, the persistent reliability concerns voiced by grid operators signal a continued, and potentially growing, role for firm power generation fuels like natural gas. For North Dakota's Bakken formation, a major gas-producing region where associated gas output is closely tied to crude oil production, sustained global demand for gas as a baseload or backup power source supports the economic case for continued development and infrastructure investment. The tension in China between ambitious renewable targets and grid stability needs underscores that the global energy transition will rely on a mix of sources, with hydrocarbons remaining essential for grid reliability amid rising power demand from sectors like AI.