The State of AI: Is the US Falling Behind in the Energy Race?

Published on November 9, 2025 at 04:30 PM
The State of AI: Is the US Falling Behind in the Energy Race?

US Faces Challenges in AI Energy Race Amid Infrastructure Struggles

The explosive growth of AI is placing unprecedented demands on energy infrastructure, and the US may be lagging behind in meeting those needs. As AI technologies advance, the energy required to power data centers and support AI operations has become a critical concern. Experts argue that energy, not money, is becoming the primary barrier to AI progress in the US.

Energy Demands of AI

Casey Crownhart of MIT Technology Review highlights that energy is emerging as the main obstacle to AI advancement. The US faces significant challenges in building the necessary power supply and infrastructure to support the growing number of data centers coming online. While data centers previously offset energy demand through efficiency improvements, this is no longer sufficient, leading to rising electricity bills.

Lessons from China's Renewable Energy Strategy

Crownhart suggests that the US could learn from China's rapid buildout of renewable energy sources. China's investment in green energy infrastructure has positioned it as a leader in meeting the energy demands of AI. Meanwhile, the US struggles with infrastructure limitations and the axing of renewable energy projects, which could hinder its competitive edge in the AI race.

Flexibility in Data Center Energy Consumption

Pilita Clark of the Financial Times agrees that data centers should be more flexible in their energy consumption. She supports incentives for using backup generators and highlights the uncertainty in forecasting AI's future energy needs. Clark also notes the lack of public data on the energy consumption of AI systems, making it difficult to plan for future demands.

AI and the Global Energy Transition

Clark expresses hope that AI itself can accelerate the global energy transition. However, she is concerned about the axing of renewable projects in the US, which could give China a significant advantage in the AI race. Crownhart is skeptical about claims that AI will solve climate change, emphasizing the need for measurable progress in transitioning to green energy.

The Impact of AI on the Grid and the World

Crownhart stresses that AI is fundamentally changing our grid and our world. Understanding the consequences of AI's energy demands is crucial for addressing the challenges ahead. As AI continues to evolve, the US must prioritize infrastructure development and green energy initiatives to remain competitive in the global AI landscape.