Global coal-fired power generation is climbing to fresh highs as governments and utilities trade climate commitments for grid stability. International Energy Agency data shows worldwide coal demand reached 8.85 billion metric tons in 2025, an all-time peak driven by rising electricity consumption, LNG price spikes, and supply disruptions in Asia and parts of Europe. The shift is most visible in countries that had previously set firm coal phase-out dates and are now extending the operating lives of existing plants.<\/p>\n
Several forces are converging at once. Liquefied natural gas prices have climbed to multi-year highs, which has accelerated fuel-switching in Asian power markets. Geopolitical disruption, including conflict in the Middle East, has pushed policymakers toward domestic baseload sources that do not depend on cross-border fuel shipments. On top of that, demand for electricity from AI training runs, hyperscale data centers, and industrial expansion is growing faster than renewables can be brought online in most grids.<\/p>\n
According to analytics platform Kpler, global coal shipments and imports spiked in March and April as utilities scrambled for fuel. Mike Adams, in a Brighteon Broadcast News interview, noted that U.S. power generation is already falling behind a projected tripling of demand by 2035 tied to electric vehicles, AI workloads, and data center buildouts.<\/p>\n
The policy reversals cut across regions that had once been considered coal-decline leaders.<\/p>\n
In the United States, President Donald Trump signed executive orders in April 2025 aimed at reviving the coal industry, including a two-year exemption from certain environmental regulations. In February 2026, the administration directed the Pentagon to increase long-term electricity purchases from coal-fired plants as a grid reliability measure. The administration has also pushed to repeal the 2009 Endangerment Finding, the regulatory determination that greenhouse gases threaten public health.<\/p>\n
Reliable, low-cost electricity has become a siting variable for AI infrastructure. Analysis published on Watts Up With That argued that states restricting data center construction or forcing reliance on intermittent wind and solar risk losing the economic spillover from the AI buildout, since network operators are already choosing jurisdictions with policies friendly to dispatchable gas and coal generation. A separate commentary in the same outlet noted that cheap Chinese coal power is giving Chinese AI and manufacturing operations a meaningful cost edge over U.S. competitors.<\/p>\n
In a separate interview, Jeffrey Prather argued that China has shown world-class execution on AI applications and is on a credible path toward artificial general intelligence, which would compound the strategic weight of cheap domestic power.<\/p>\n
Coal defenders point to modern emission controls as a way to limit local pollution, while critics point to remaining carbon, particulate, and heavy-metal emissions. A 2022 study in Environmental Science and Pollution Research International examined coal-fired power plants in Turkey and concluded that subsidies combined with environmental exemptions can lock economies into long-run coal dependence. The authors flagged Turkey’s climate vulnerability as a reason to push renewable share higher.<\/p>\n
A 2021 community-based study in the Journal of Exposure Science and Environmental Epidemiology looked at neurobehavioral symptoms in 235 children aged 6 to 14 living within 10 miles of two power plants. Researchers measured home particulate matter exposure and used the Child Behavior Checklist to assess symptoms. They identified statistically significant hotspots of ADHD, anxiety, and social problems near the plants, suggesting proximity to coal-fired generation is associated with measurable neurobehavioral effects in children.<\/p>\n
Energy analysts have also noted that past IEA forecasts calling for a rapid decline in coal use have repeatedly missed the mark, since global coal consumption is now higher than ever.<\/p>\n
International climate pledges still call for a coal phase-down, but the operating reality on most grids points to elevated coal burn through the late 2020s. Cheap, dispatchable power has become a strategic input for AI training, electrification, and reshored manufacturing. The tension between decarbonization commitments and the demand for affordable, always-on electricity is likely to dominate energy policy debates in the United States, Europe, and Asia for the rest of the decade.<\/p>\n
Global coal demand reached an all-time high of 8.85 billion metric tons in 2025, according to International Energy Agency data referenced in industry coverage.<\/p>\n
Saskatchewan has moved to extend coal plant life past 2030, Japan has kept coal in its baseload plan, and China and India continue to approve new coal capacity. The United States has issued executive orders to revive the coal industry and directed the Pentagon to buy more coal-fired electricity.<\/p>\n
A 2021 study of 235 children living within 10 miles of two plants found statistically significant hotspots of ADHD, anxiety, and social problems tied to proximity. A 2022 study on Turkey’s coal fleet warned that subsidies and exemptions can entrench coal dependence in climate-vulnerable economies.<\/p>\n