The Trump administration has announced more than $700 million in federal support for coal-related energy projects, including funding aimed at extending the life of existing plants, developing new coal generation, and supporting carbon capture initiatives.
The package includes approximately $185 million from the bipartisan infrastructure law’s carbon capture and storage funding programs, along with additional financing from the Defense Production Act authority. The funding is intended to support 13 existing coal facilities, two proposed coal power plants, and a planned coal export terminal in Oakland, California.
The move represents a significant reversal from the previous decade’s trend of coal retirements. The last new coal-fired power plant in the United States came online in 2013, and coal generation has steadily declined due to competition from natural gas, renewable energy, and changing economics across electricity markets.
The administration has framed coal as a potential solution to rising electricity demand, particularly from artificial intelligence data centers. President Donald Trump and Energy Secretary Chris Wright have argued that dispatchable power sources will be necessary to support the expansion of large-scale computing infrastructure, which requires continuous electricity supply.
However, the economic and technical realities of coal deployment remain complex. Coal accounted for roughly 55% of carbon dioxide emissions from the U.S. electricity sector in 2022, according to federal energy data, while also contributing sulfur dioxide, nitrogen oxides, particulate matter, and other pollutants associated with public health impacts.
The debate around the funding reflects a broader question facing the U.S. energy system: who should finance the infrastructure needed for the AI-driven electricity buildout.
The administration recently encouraged major technology companies to sign a nonbinding “ratepayer protection pledge” committing them to cover energy costs and grid upgrades associated with new data center demand. Critics argue that federal support for coal projects shifts costs back to taxpayers rather than placing responsibility on the companies driving demand growth.
One former Department of Energy official questioned the approach, arguing that public funding is being used to support infrastructure requested by the technology sector rather than requiring those companies to directly finance new power resources.
The use of carbon capture funding for coal projects has also raised legal and policy questions. The Department of Energy previously announced funding opportunities involving approximately $525 million in remaining funds from the former Office of Clean Energy Demonstrations. The program identified two priorities: improving reliability and resilience for rural communities and modernizing or recommissioning coal plants.
While the original congressional allocation focused on carbon capture and storage, the DOE funding guidelines stated that selected projects would not necessarily require immediate carbon capture installation. This interpretation has drawn criticism from lawmakers and former officials who argue that the money may be moving beyond its intended purpose.
The newly announced $185 million represents part of a broader $350 million funding pool for coal plant modernization. A former DOE official suggested that the agency’s decision not to allocate the entire amount could indicate limited demand from developers, noting that federal energy programs often receive more applications than available funding.
Among the projects receiving support are two proposed coal plants designed specifically to serve data center demand.
One project, a proposed 1.25 gigawatt coal facility in Alaska, is being developed by Terra Energy Center, an affiliate of Canadian company Flatlands Energy. The project faces significant infrastructure challenges, including the lack of an existing nearby transmission connection and the need to establish a coal supply source.
The second project, a proposed 1.6 gigawatt coal facility in West Virginia, would reportedly provide behind-the-meter electricity to a 1 gigawatt data center. The developer has indicated plans for an integrated carbon capture system intended to capture a significant portion of carbon dioxide emissions from plant exhaust.
Neither project appears to have reached advanced development stages, with major permitting processes, financing structures, and publicly confirmed data center customers still unresolved. Securing long-term power buyers may also prove challenging as major technology companies continue investing in renewable energy, geothermal power, and other lower-carbon electricity sources.
The third major project involves restarting the Warrior Run coal plant in Cumberland, Maryland. The 205 MW facility, owned by AES, was retired after operating challenges and economic concerns. The PJM Independent Market Monitor previously described the plant as not only uneconomic but “extraordinarily uneconomic.”
AES had previously told regulators that the plant’s costs were excessive compared with available alternatives. The company reported that the facility had imposed significant costs on ratepayers, but later filings pointed to increasing electricity demand from data centers as a factor in reconsidering the plant’s future.
The potential restart highlights a central issue in the coal debate: whether aging generation assets can become economically viable again in an environment shaped by rising electricity demand and changing market conditions.
Energy analysts argue that while electricity demand growth is real, the underlying problem is not simply a shortage of generation capacity. Aging transmission infrastructure, grid constraints, and slow permitting processes are also major contributors to reliability concerns and rising electricity costs.
For coal projects, additional risks include fuel supply, regulatory uncertainty, carbon management requirements, and competition from faster-to-deploy alternatives such as renewable generation paired with battery storage.
The proposed West Virginia project’s inclusion of carbon capture reflects another challenge facing coal power. Carbon capture systems require significant capital investment and additional energy consumption, which can reduce plant efficiency. The commercial performance of large-scale carbon capture on coal facilities remains a key factor in determining whether such projects can compete in future power markets.
The administration’s coal strategy is therefore positioned at the intersection of energy security, industrial policy, and climate policy. Supporters argue that dispatchable generation is needed to stabilize the grid during rapid demand growth, while critics contend that investing in aging coal infrastructure may not address the structural challenges facing the U.S. electricity system.
