· Gyaan Abhiyan Team · Current Affairs · Politics & Governance · 4 min read
Global coal demand expected to hit record in 2025: IEA
As global energy demands evolve,understanding the trajectory of coal consumption remains crucial for policymakers,environmentalists,and industry stakeholders...

Why in News?
"As global energy demands evolve,understanding the trajectory of **coal consumption** remains crucial for policymakers,environmentalists,and industry stakeholders alike. In 2025,coal usage is projected to reach unprecedented levels,influenced by a mix of geopolitical decisions and economic factors.This surge contrasts with the broader trend of declining coal reliance due to the rise of cleaner energy alternatives. Examining the dynamics behind this shift offers insight into the future of energy production and its environmental implications."
As global energy demands evolve,understanding the trajectory of coal consumption remains crucial for policymakers,environmentalists,and industry stakeholders alike. In 2025,coal usage is projected to reach unprecedented levels,influenced by a mix of geopolitical decisions and economic factors.This surge contrasts with the broader trend of declining coal reliance due to the rise of cleaner energy alternatives. Examining the dynamics behind this shift offers insight into the future of energy production and its environmental implications.
Global Trends in Coal Consumption: A 2025 Overview
The International Energy Agency (IEA) forecasts that worldwide coal consumption will peak at approximately 8.85 billion tonnes in 2025, marking a new record. This increase,albeit modest at 0.5 percent,is largely driven by policy interventions,particularly in the United States. Despite this uptick, the IEA anticipates a gradual decline in coal demand throughout the remainder of the decade as renewable energy sources gain traction and technological advancements reduce coal dependency.
Regional Drivers: Asia’s Shifting Coal Landscape
historically, China and India have been the primary engines behind rising coal consumption, fueled by their rapid industrialization and expanding electricity needs. However,recent data reveals a stabilization in China’s coal use,with a slight downward trend expected over the next five years. In India, an unusually early and intense monsoon season in 2025 bolstered hydropower generation, leading to a rare decrease in coal-fired electricity production-the third such decline in five decades. These developments highlight the growing impact of renewable energy and climate variability on traditional coal markets.
United States: Policy Shifts and Coal Demand Resurgence
Contrary to global trends, the United States experienced an 8 percent increase in coal consumption in 2025. This reversal stems from federal policies enacted under the Trump administration aimed at revitalizing the coal sector,including measures to accelerate coal mining and expand electricity generation capacity to support emerging technologies like artificial intelligence. Despite this short-term boost, the IEA projects a long-term decline averaging 6 percent annually through 2030, as renewable energy adoption and coal plant retirements continue, albeit at a slower pace then previously anticipated.
Competition and the Future Energy Mix
Looking ahead, coal’s share in global power generation is expected to diminish further, dropping from 41 percent in 2013 to an estimated 34 percent by 2025-the lowest level recorded by the IEA. This decline is driven by intensified competition from renewables, steady growth in nuclear energy, and the increasing availability of liquefied natural gas (LNG). These alternatives not only offer cleaner energy but also benefit from technological improvements and cost reductions, challenging coal’s dominance in the energy sector.
Critically important Facts: Key Points to Remember
- Global coal consumption is projected to reach a record 8.85 billion tonnes in 2025.
- China and India remain major coal consumers, but China’s demand is expected to decline slightly over five years.
- India’s coal demand fell in 2025 due to an early monsoon boosting hydropower,a rare occurrence in five decades.
- The United States saw an 8 percent increase in coal use in 2025, reversing a 15-year trend of decline.
- Federal policies under the Trump administration aimed to “turbocharge coal mining” and expand electricity production.
- Despite the 2025 increase, US coal demand is forecasted to decline by 6 percent annually through 2030.
- Coal’s share in global electricity generation dropped from 41 percent in 2013 to an expected 34 percent in 2025.
- Renewable energy capacity is surging worldwide, intensifying competition with coal.
- Nuclear power is expanding steadily, contributing to the diversification of the energy mix.
- Liquefied natural gas (LNG) is becoming a meaningful competitor to coal in electricity generation.
Frequently Asked Questions
Q: Why is global coal consumption expected to rise in 2025 despite environmental concerns? Policy measures, especially in the United States, have temporarily boosted coal demand, alongside higher natural gas prices and slower coal plant retirements.
Q: How have China and India influenced global coal demand recently? While both countries have historically driven coal consumption growth, China’s demand is stabilizing and expected to decline slightly, and India’s coal use fell in 2025 due to increased hydropower from an early monsoon.
Q: What impact did US policies have on coal consumption in 2025? The Trump administration’s initiatives to support coal mining and electricity production led to an 8 percent increase in US coal consumption, reversing a long-term downward trend.
Q: What is the projected future of coal in the global energy mix? coal’s share is expected to continue declining as renewables, nuclear power, and LNG expand, reducing coal’s role in electricity generation.
Q: How does the rise of renewable energy affect coal demand? Renewable energy’s rapid growth offers cleaner, often cheaper alternatives to coal, leading to reduced coal consumption and accelerated retirement of coal-fired power plants.




