America Must Rapidly Deploy Domestic Solar and Battery Power to Win the AI Race Against China
Source: "America’s AI future depends on building an energy supply to match it | Fox News." September 29, 2026. www.foxnews.com
The Gist
The author argues that winning the AI race against China is critical to America's economic and military future, and doing so requires massive amounts of new electricity very quickly. Since solar panels and battery storage can be built much faster than traditional power plants, and America is now producing more of this technology domestically, the U.S. should embrace solar and batteries as a patriotic, strategic necessity—not because of climate concerns, but because of the tech and security race with China.
Conclusion
The United States should aggressively bring domestic solar and battery storage online as a strategic priority to meet AI data centers' surging electricity demands and maintain global AI leadership over China.
Premises
- Winning the AI race means capturing trillions in national wealth, military technology advantages, and international leverage; losing it means ceding this to China.
- Data centers require massive and rapidly growing amounts of electricity (over 4% of U.S. electricity use in 2024, expected to more than double by 2030).
- New gas turbines and other large power projects take years to build, while solar and battery projects can be deployed much faster, making them ideal for meeting near-term demand surges.
- The U.S. has already built significant domestic solar and battery manufacturing capacity ($18.2 billion in private investment since 2022, reshored cell production, 52+ gigawatts of battery storage growing 70% annually), reducing dependence on Chinese supply chains.
- Domestic solar and battery infrastructure enhances energy security by eliminating vulnerability to supply shocks like pipeline disruptions or blockades (e.g., Iran potentially closing the Strait of Hormuz).
- The Trump Administration has reframed solar not as environmental policy but as a matter of reindustrialization, energy security, and national interest, and has taken concrete action (e.g., backing 220 MW of battery storage in Puerto Rico) to support this.
Assumptions
- AI leadership is primarily constrained by electricity supply rather than other factors like chip availability, talent, or regulatory hurdles.
- Speed of deployment (solar/battery vs. gas) is the most critical factor in the energy strategy, outweighing other considerations like reliability or total capacity.
- Domestic solar and battery manufacturing can scale quickly enough to meaningfully displace Chinese-dependent supply chains in the relevant timeframe.
- China's AI ambitions are meaningfully constrained by U.S. energy policy choices rather than being driven by China's own domestic energy buildout.
- The strategic and economic framing of solar (national security/reindustrialization) is sufficient to justify its expansion regardless of environmental framing debates.
- Battery storage sufficiently addresses solar's intermittency problem for the reliability needs of data centers.