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Global Energy and Climate Model Current Policies Scenario (CPS)
…in the policy landscape during the Covid-19 pandemic. Now that the world has passed through the pandemic and the global energy crisis triggered at the outset of the Russian invasion of Ukraine, there is merit in revisiting the CPS. The scenario relies only on measures that are formally written into existing legislation and regulation, and which does not consider any additional changes to policy, even where governments have announced an intention to enact them.The CPS is not a forecast or a prediction of the way the energy system will unfold. Nor should it be interpreted as a “business…
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Outlook for Biogas and Biomethane Biogas and biomethane outlook to 2050
…fraction of overall biogases usage, in the form of compressed or liquefied biomethane, but nevertheless plays a role in fuel switching. In emerging market and developing economies (EMDEs), fuel switching from oil accounts for roughly 40% of biomethane demand growth to 2035, followed by coal displacement in the power sector (33%) and natural gas displacement in buildings (9%). Geographies of demand change significantly in both the STEPS and APS. While Europe and North America currently make up just under 60% of demand for biogases, EMDEs constitute the new majority by 2035 in the STEPs. This is driven by China…
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World Energy Investment 2025 China
…persistent concerns over electricity security.Chinese energy investment has traditionally been dominated by state-owned enterprises and characterised by large-scale infrastructure projects backed by government financing. However, the landscape is beginning to shift. In recent years the government has increasingly encouraged greater private sector participation in energy development. As part of its evolving strategy, China has explicitly encouraged the involvement of private enterprises in the energy sector beyond the fields of export-oriented clean energy manufacturing into areas of more strategic domestic importance, such as nuclear power, new energy storage and even into upstream oil and gas and mining…
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Global Methane Tracker 2025 Key findings
Energy-related methane emissions have still not reached a definitive peak The fossil fuel sector is responsible for nearly one-third of methane emissions from human activity today. Record production of oil, gas and coal, combined with limited mitigation efforts, has kept emissions above 120 million tonnes (Mt) annually. Abandoned wells and mines – included in this year’s Global Methane Tracker for the first time – contributed around 8 Mt to these emissions in 2024. Bioenergy production and consumption results in a further 20 Mt of methane, largely from the incomplete combustion of traditional biomass used in cooking and heating in developing economies…
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Breakthrough Agenda Report 2025 Hydrogen
State of the transition Emissions Hydrogen production today is associated with emissions of almost 1 300 Mt CO2 equivalent (CO2-eq) and there has been no progress in reducing them – in contrast, emissions have edged up in recent years.However, the increase in global production (which neared 100 Mt in 2024) has kept the global average emissions intensity of hydrogen production almost constant over the past 5 years. Costs Renewable and low-carbon hydrogen remains more expensive than hydrogen from unabated fossil fuels.The cost gap has increased recently due to slower-than-expected deployment, inflation and the fall in fossil fuel prices.Electrolyser…
- Executive summary
- Power
- Hydrogen
- Road transport
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+ 4 pages
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Sri Lanka
Sri Lanka’s primary energy supply mainly comes from oil and coal. Almost 40% of Sri Lanka’s electricity came from hydropower in 2017 but coal’s shares in power generation has been increasing since 2010. Sri Lanka is reaching universal access to electricity but clean cooking remain an issue with 15 million people still relying on biomass to cook.
- Overview
- Energy mix
- Emissions
- Electricity
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+ 5 pages
![Sri Lanka Flag]()
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Hydroelectricity
…total.
More than 150 gigawatts (GW) of new hydro capacity is set to come online by the end of the decade, mostly in emerging and developing economies. As a result, electricity generation from hydropower is expected to increase by 7% between 2025 and 2030. However, its share in global electricity generation is poised to decrease slightly by 2030 as other energy sources, including solar PV and wind, see faster growth.
Annual capacity additions of pumped-storage hydropower are forecast to double by 2030. Pumped-storage hydro plants can provide both flexibility and storage, boosting energy security as electricity systems evolve.
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Gas 2025 Executive summary
…primarily supported by liquefaction capacity expansions in the United States and Qatar. This wave of new LNG production capacity is set to profoundly transform global gas market dynamics. The scaling up of LNG supply will play a key role in enhancing supply security and improving the affordability of natural gas – including in price-sensitive emerging import markets.The analytical framework underpinning the medium-term outlook in this report is structured around a base case, which is complemented by a high case that explores the potential for greater demand response to possible price changes. The base case reflects current project plans…
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Global Energy Review 2026 Key findings
…and faster efficiency improvements all contributed to slower demand growth.Solar PV, the largest single source of growth, met more than 25% of higher demand, followed by natural gas, which contributed 17%. This was the first time on record that a modern renewable source contributed the largest share of global energy demand growth. Demand for oil, natural gas and coal all grew in 2025, but at a slower rate than in 2024. Low-emissions sources combined – solar, wind, nuclear, hydropower and other renewables – contributed nearly 60% of the growth in global demand.Demand growth in the United States rose to…
- Key findings
- Global trends
- Oil
- Natural gas
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+ 9 pages
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Electricity 2026 Prices
Affordability and competitiveness take centre stage Average wholesale electricity prices in 2025 rose year-on-year in multiple regions and countries, including Europe and the United States, while others such as India and Australia saw lower prices compared to 2024. Looking at electricity prices for energy-intensive industries, significant variations across regions remain. EU electricity prices for energy‑intensive industries stayed elevated in 2025, again averaging over twice US levels and nearly 50% above those in China, similar to 2024, adding competitive pressure.At the same time, negative wholesale electricity prices became more common across many markets. Exceptions include the Nordic region…
- Executive summary
- Demand
- Supply
- Grids
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+ 4 pages
