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Global Energy Review 2025 Coal
Global coal demand growth slows Global coal demand grew by 1.2% in 2024 in energy terms, rising by around 67 million tonnes of coal equivalent (Mtce) (or in physical terms by 1.4% or 123 million tonnes). The growth rate has been declining since the strong rebound in 2021 following the end of Covid-19 lockdowns in many countries.The electricity sector continues to drive coal demand, accounting for two-thirds of global consumption. In 2024, global coal power generation grew by nearly 1% to 10 700 TWh, a new high. A key driver was record temperatures, which pushed up electricity demand for…
- Key findings
- Global trends
- Oil
- Natural gas
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+ 3 pages
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Electricity 2026 Supply
Renewables and nuclear keep growing and setting records Global electricity generation will reach multiple new milestones in our 2026-2030 forecast period. This is particularly the case for low-emissions generation sources – renewables and nuclear – which will continue expanding and setting new records. Renewable energy is now outpacing coal, with nuclear generation simultaneously reaching historic highs. Constrained by growth in low-emissions sources, coal-fired generation globally is forecast to record slight declines, where demand growth through 2030 will be met by renewables, natural gas and nuclear. While trends for individual fuels vary by region, a common theme is the…
- Executive summary
- Demand
- Supply
- Grids
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+ 4 pages
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Energy System Resilience Executive summary
Ensuring the resilience of energy systems – or their capacity to prepare for disruptions, withstand shocks while maintaining operations, and rapidly restore service – plays a key role in managing many of today’s emerging security risks, from weather disruptions to geopolitical tensions. Energy security encompasses both long-term adequacy through infrastructure investment and diverse supply sources, and short-term resilience for events beyond standard planning conditions. While countries face different threats – from extreme and severe weather to cyberattacks and infrastructure failures – a common challenge is to design adaptable systems that can respond rapidly, isolate affected components, and restore supply services swiftly…
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Global Energy Review 2026 Technology: Solar PV and wind
In 2025, global annual renewable capacity additions increased by 16%, reaching 800 GW despite challenges linked to supply chain strains, grid connection delays, financial pressures and policy shifts. This marked the 23rd consecutive year that renewables set new expansion records. Solar PV accounted for more than three-quarters of new renewable capacity additions worldwide, followed by wind (20%). The remaining share was made up by hydropower, bioenergy, geothermal, concentrating solar power and marine energy. Solar PV capacity additions in 2025 rose by around 12%, surpassing 600 GW for the first time. This expansion brought cumulative solar PV capacity to around…
- Key findings
- Global trends
- Oil
- Natural gas
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+ 9 pages
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Electricity 2026 Emissions
CO2 emissions from electricity generation are forecast to plateau through 2030 In 2025, global emissions from electricity generation remained flat, after increasing 1.5% and 1.4% in in the previous two years, respectively. Even with strong gains in electricity demand, growth in power sector emissions is showing marked signs of slowing down as fossil-fired generation is constrained by the rapid deployment of renewables and rising nuclear power generation. As this trend continues, we forecast global emissions from power generation to plateau over our 2026-2030 outlook period due to significant increases in clean energy sources, despite electricity demand…
- Executive summary
- Demand
- Supply
- Grids
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+ 4 pages
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Global Methane Tracker 2025 Policies
Existing pledges would cut fossil-fuel methane emissions by 40% by 2030, but only half are backed by detailed policies and regulations Methane pledges cover 80% of global fossil fuel production, with the largest initiative being the Global Methane Pledge (GMP). Countries that participate in the GMP commit to work together to collectively reduce global methane emissions from human activity (across all sources, not limited to energy) by at least 30% below 2020 levels by 2030. Cutting the world’s methane emissions by 30% over the next decade would have the same impact on global warming by mid-century as…
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Arthur Roge
Energy Modeller – Analyst.
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Daniel Wetzel
Head of Tracking Sustainable Transitions Unit. Daniel Wetzel leads the newly created Tracking Sustainable Transitions unit within the World Energy Outlook, which tracks how policy measures are actually moving the needle on clean energy transitions, energy access, and energy employment. He was one of the lead author’s on the IEA’s Sustainable Recovery report, the IEA’s Sustainable Recovery Tracker, and coordinated IEA’s co-custodianship on Tracking Progress on Sustainable Development Goal 7.1: Universal Access. Daniel also oversees the employment and parts of the demand analysis in the annual World Energy Outlook. Prior to joining the IEA, Daniel worked at the Rocky Mountain Institute in their Beijing office, leading their Power Market Reform program, and also in Colorado, working on regional energy transition plans.
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Global Hydrogen Review 2026 Production
Global hydrogen production remains dominated by unabated fossil fuels. Low-emissions hydrogen production reached almost 1 Mt in 2025 and is expected to register record growth in 2026, accounting for more than 1% of global production, strongly concentrated in China, Europe and North America.Installed electrolysis capacity doubled in 2025 to surpass 4 GW, thanks to the commissioning of several large-scale projects in China. More than 2.5 GW are under construction, targeting operation in 2026. Growth is expected mostly in Europe, with 2 GW, but is highly concentrated in a small number of big projects.One large project for production from fossil…
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Unlocking Ukraine’s Hydrogen Opportunity: A Roadmap Executive summary
More than 3 years of war in Ukraine have left their mark on the energy sector. In the power sector, nearly 80% of the thermal generation and about two-thirds of the hydropower capacity have been damaged or destroyed, leading to a power deficit equal to about one-third of peak demand. Hydrogen demand was nearly 1 Mtpa before the war, predominantly for ammonia production, with only about 40 ktpa from refining. However, assets have since been damaged or occupied and demand has plunged by almost 80%. Steel output, which represents a potential new application for hydrogen, has dropped by almost two-thirds…
