China's Energy Push, AI Demand Shape Long-Term Outlook for Bakken

China's massive renewable energy buildout and the inflexible power demands of artificial intelligence data centers are creating a dual-track global energy landscape with significant long-term implications for Bakken oil and gas producers, according to industry analysis.

Despite plans to dramatically expand solar and wind power, China also intends to continue growing its coal production, highlighting a global reality of rising total energy demand where fossil fuels remain essential. According to a report from OilPrice.com, China installed around 360 GW of wind and solar capacity in 2024 alone and aims to increase overall renewable energy production to 1.8 billion tons of coal equivalent by 2030. However, the nation remains the world's largest energy consumer and greenhouse gas emitter.

For Bakken operators, China's ongoing reliance on coal and its vast energy consumption underscores the persistent role of hydrocarbons in the global energy mix, even amid a transition. This provides a foundational demand outlook for oil and, critically, for natural gas as a balancing fuel.

Separately, the explosive growth of AI is creating a unique and concentrated strain on power grids. OilPrice.com reported that data centers consumed around 485 terawatt-hours of electricity globally in 2025, a figure the International Energy Agency expects to roughly double by 2030. The core challenge is not the total volume, but the "inflexibility" of this demand, which arrives in massive blocks at specific locations faster than grid infrastructure can be built.

This dynamic has direct consequences for North Dakota. The IEA expects renewables to meet only about half of the additional data-center electricity requirement through 2035, with natural gas making significant contributions. As a major natural gas-producing region, the Bakken is positioned to supply fuel for flexible, dispatchable power generation needed to back up intermittent renewables and meet the sudden, large-scale needs of AI facilities.

Furthermore, the report notes that "natural gas and nuclear will also make significant contributions" to meeting AI-driven power demand. This reinforces the value of associated gas production from the Bakken as a feedstock for reliable electricity generation, both domestically and potentially for export as LNG to power-hungry regions.

The convergence of these trends—a growing but complex clean-energy transition in Asia and acute, localized power demand from technology—paints a picture of enduring, though evolving, demand for Bakken hydrocarbons. The focus for North Dakota may increasingly shift toward the value of its natural gas as a critical grid-balancing resource in a world demanding always-on power for digital infrastructure.