Drooid Logo
Back to story perspectives

Full Breakdown

Surge in Gas-Fired Power Generation Driven by AI Demand

1/29/2026, 7:53:24 PM

Overview of the Gas Boom

The United States is experiencing a significant increase in gas-fired power generation, primarily driven by the energy needs of expanding datacenters for the artificial intelligence (AI) sector. According to a report by Global Energy Monitor (GEM), the global gas capacity is expected to grow by nearly 50% over the next five years, with the US leading this surge. In 2026, new gas additions in the US are projected to exceed the previous record of 100 gigawatts set in 2002, largely due to the demands of the AI industry.

Environmental Impact and Emissions

The expansion of gas power generation is anticipated to have severe implications for climate change. If all planned projects are completed, the US gas developments could result in 12.1 billion tonnes of carbon dioxide emissions over their lifetimes, which is double the current annual emissions from all sources in the country. Globally, the total emissions from new gas projects could reach 53.2 billion tonnes, exacerbating climate-related issues such as heatwaves and floods. Jenny Martos, project manager at GEM, emphasized the risks of committing to gas plants to meet uncertain energy demands from AI, suggesting that this could lock in decades of pollution.

Political and Economic Context

The push for gas power has been supported by the Trump administration, which has actively promoted AI development and reduced regulatory barriers for datacenter construction. President Donald Trump has stated his commitment to making the US a leader in AI, vowing to eliminate "foolish rules" that hinder datacenter expansion. However, this growth has led to increased greenhouse gas emissions and rising electricity costs for consumers, contradicting Trump's promise to lower energy prices.

Local Reactions and Controversies

The rapid development of datacenters has sparked backlash from local communities concerned about rising power bills and environmental impacts. In Pennsylvania, plans to convert a shuttered coal plant into a gas-fired facility to support a datacenter have divided public opinion. Tom Pike from the Clean Air Council noted that while the coal plant was an environmental concern, it was also a significant economic contributor. The new gas facility, however, is viewed as potentially more harmful due to emissions and the prioritization of private profit over public utility.

Criticism of the Gas Expansion

Critics argue that the current trajectory of gas power expansion is unsustainable and detrimental to both the environment and local economies. Steve Clemmer from the Union of Concerned Scientists warned that the unchecked growth of datacenters could lead to a 60% increase in electricity demand by 2050. The lack of transparency and regulatory oversight in this sector raises concerns about the long-term implications for energy prices and environmental health.

Verbatim Quotes

  • “Locking in new gas plants to meet uncertain AI energy demand means hard-wiring decades of pollution into a gambit that could be solved with flexible, clean power,” — Jenny Martos, Project Manager, Global Energy Monitor
  • “Frenzied datacenter growth with little transparency or guardrails puts the public at risk of massive cost increases,” — Steve Clemmer, Director of Energy Research, Union of Concerned Scientists
  • “There’s no way it won’t impact power prices, either. There is tremendous public concern about this plan.” — Tom Pike, Director of Campaigns, Clean Air Council

The future of gas-fired power generation in the US remains uncertain as the balance between energy needs, environmental sustainability, and public opinion continues to evolve.