US Bets $50 Billion on Coal and Gas Power as Demand Soars

US companies are set to spend approximately $50 billion on power generation from coal and natural gas in 2026, marking the first time in decades that US coal gas power spending will exceed China's investment in the two fuels, according to ZeroHedge, citing International Energy Agency data reported by the Financial Times. The $3 billion spending gap reflects surging electricity demand driven by data center expansion and the need for baseload power to balance renewable energy intermittency.

Key takeaways
US companies plan to spend $50 billion on coal and gas power generation in 2026, $3 billion more than China, according to the International Energy Agency.
US companies placed orders for approximately 20 gigawatts in gas turbine generation capacity in the first quarter of 2026, driven by data center demand.
Gas turbine prices have risen from $800 per kilowatt-hour to over $2,500 per kilowatt-hour on tight supply, according to Rystad Energy.
Siemens Energy reported a record quarter in gas services orders in February 2026, with 102 new turbines in the backlog, 40% from the United States and 35% from Europe.

Table of Contents
What happened
Why data centers and renewables are driving gas turbine demand
Supply constraints and price pressure
Manufacturer response and production capacity
What to watch next

What happened

The International Energy Agency reported that US companies are set to invest approximately $50 billion in coal and natural gas power generation in 2026, according to ZeroHedge, citing Financial Times reporting. This spending level would exceed China's investment in the two fuels by $3 billion, representing the first time in decades that US spending on coal and gas generation has surpassed Chinese investment. The surge in spending is attributed primarily to stronger demand for gas turbines amid a data center boom in the United States, the source context states.

US companies placed orders for approximately 20 gigawatts in gas turbine generation capacity in the first quarter of 2026 alone, according to the source context. Gas turbine prices have moved sharply higher on tight supply, with Rystad Energy reporting that prices have increased from $800 per kilowatt-hour to over $2,500 per kilowatt-hour, contributing to the higher overall US spending figure. The source context notes that data center owners have bet on baseload power supply from gas power plants and coal to meet their electricity requirements.

Why data centers and renewables are driving gas turbine demand

The source context identifies two primary drivers behind the surge in gas turbine demand. First, data center expansion has created substantial new electricity demand that requires reliable baseload power supply. Data center operators have turned to gas and coal power plants to ensure consistent electricity availability, according to the source context. Second, the expansion of wind and solar generation has prompted stronger demand for baseload generation to keep the grid balanced when weather conditions are unfavorable for either wind or solar generation, or both.

For investors, this dual demand dynamic matters because it reflects the practical challenges of integrating intermittent renewable energy sources into the grid while simultaneously meeting growing electricity consumption from high-density computing infrastructure. The source context indicates that gas turbines serve a critical balancing function, providing dispatchable power that can respond to fluctuations in renewable output and maintain grid stability. This role has become more valuable as renewable capacity has expanded, creating a structural demand driver for gas turbine capacity that extends beyond the data center sector alone.

Supply constraints and price pressure

The source context notes that Siemens Energy, one of the world's top three gas turbine makers, reported in February 2026 that its gas services business had seen a record quarter in orders, with a total of 102 new turbines in the backlog. As much as 40% of these new orders came from the United States, and another 35% came from Europe, according to the source context. This geographic distribution indicates that supply constraints and demand pressures are not limited to the United States, though the US market represents the largest single source of new orders for Siemens Energy during the reported period.

Manufacturer response and production capacity

Gas turbine manufacturers have begun responding to the supply deficit by expanding production capacity. The source context states that Mitsubishi, the third major turbine manufacturer, announced in 2025 that it would double its turbine production capacity in response to soaring demand. The company's chief executive noted that "We were working towards boosting production capacity by 30%, but that's not enough to meet growing demand. Fulfilling those orders is our top priority," according to the source context.

For readers following broader market updates , this production capacity expansion reflects a multi-year investment cycle in energy infrastructure manufacturing. The source context does not provide specific capital expenditure figures for the capacity expansion, nor does it specify the timeline for bringing new production capacity online. However, the decision to double production capacity rather than pursue the initially planned 30% increase suggests that manufacturers view the demand surge as durable rather than transitory. The source context does not indicate whether other major turbine manufacturers have announced similar capacity expansion plans.

What to watch next

Market readers should monitor several key developments in the coming quarters. First, future International Energy Agency reports and industry data releases may provide updated figures on US and Chinese spending on coal and gas power generation, allowing for comparison with the 2026 spending levels reported in the source context. Second, gas turbine pricing trends will be important to track, as sustained high prices could affect the economics of new power generation projects and potentially slow order growth if prices remain elevated.

Third, production capacity expansion timelines from major turbine manufacturers will be relevant for understanding when supply constraints may ease. The source context indicates that Mitsubishi planned to double capacity, but does not specify when that capacity will become operational. Fourth, data center electricity demand growth will be a key variable, as the source context identifies data centers as a primary driver of the current turbine order surge. Any slowdown in data center construction or changes in data center power sourcing strategies could affect future turbine demand. Finally, renewable energy deployment rates and grid integration challenges will continue to influence baseload power demand, as the source context notes that wind and solar expansion has contributed to stronger demand for gas turbine capacity to balance the grid.

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