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World Energy Investment 2025 Japan and Korea
Expanding power investment and keeping adequate electricity supply capacity will be crucial to meet rising electricity demand and ensure stable supply for the economies of Japan and Korea Japan and Korea are two of the most advanced economies in Asia, both having a strong focus on trade with a dependence on energy imports to meet demand. Energy security concerns are spurred by their low energy self-sufficiency rates, Japan at 13% and Korea at 19%. To reduce their reliance on imports and to promote the energy transition, both countries have made significant investment in clean energy, with 92% of total…
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World Energy Investment 2025 Middle East
The Middle East is rich in a wide range of energy resources, which it is looking to develop with a mix of foreign and domestic sources of investment The Middle East holds some of the lowest-cost oil and gas resources in the world, and in 2024 provided around 30% of global oil production and 17% of global natural gas production. Saudi Arabia’s upstream oil and gas investment is the highest in the region, and is set to reach about USD 40 billion in 2025, nearly 15% higher than in 2015. Overall, the Middle East is set to invest about USD 130 billion…
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Global Methane Tracker 2026 Addressing methane in the marketplace
Near-zero methane standards from key importers could cut upstream oil and gas emissions by 20% There is increasing interest in many countries in reducing the greenhouse gas (GHG) emissions linked to their fossil fuel imports. For some of the largest oil and gas importers – the European Union, the United Kingdom, Japan, Korea and China – such emissions (15 million tonnes in 2024) far exceed those from domestic oil and gas operations and infrastructure (5 million tonnes in 2024). Upstream methane emissions intensities associated with oil and gas imports differ across countries. According to International Energy Agency (IEA) estimates, average intensities…
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Global Energy and Climate Model Techno-economic inputs
The Global Energy and Climate Model (GEC Model) uses macro drivers, techno-economic inputs and policies as input data to design and calculate the scenarios. The values for the different data categories and scenarios used in the GEC Model 2025 can be downloaded here.In particular more details regarding power generation technology costs for the Current Policies Scenario, the Stated Policies Scenario and the Net Zero Emissions by 2050 Scenario can be downloaded in excel format, including detailed projections at the 2050 horizon regarding overnight capital costs, annual O&M costs, efficiencies and other contributors to electricity costs at regional…
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World Energy Outlook 2025 Implications of CPS and STEPS
Between continuity and change By 2035, energy demand in the Current Policies Scenario (CPS) is around 35 exajoules (EJ) higher than in the Stated Policies Scenario (STEPS), a difference roughly equivalent to the current annual energy demand of the Middle East. All the extra energy required in the CPS compared to the STEPS comes from oil, natural gas and coal. In the absence of renewed geopolitical disruptions, markets for oil and natural gas appear well supplied in the coming years. But production from existing oil fields declines at a rate of 8% per year, if no investment is made, so it…
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Northwest European Hydrogen Monitor 2025 Executive summary
Low-emissions hydrogen can play a significant role in decarbonising energy systems and is critical to many countries’ efforts to meet their energy and climate targets. It can also reduce reliance on fossil fuel imports over the longer-term, bolstering energy security.Northwest Europe is at the forefront of low-emissions hydrogen development. The region accounts for around 40% of Europe’s total hydrogen demand. It has vast and untapped renewable energy potential in the North Sea, as well as substantial carbon storage capabilities. The region has a well-developed, interconnected gas network and underground storage sites that could be…
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Energy Efficiency Policy Toolkit Energy Efficiency Policy Toolkit: Case studies
The following case studies demonstrate how different countries have successfully implemented energy efficiency policies across various sectors. These real-world examples are designed to support policymakers by offering practical insights into what works, under which conditions, and why.Each case study highlights specific policy instruments—such as regulations, information campaigns, or financial incentives—and shows how they have been applied in different contexts. They provide evidence on the outcomes achieved, lessons learned, and the challenges encountered during implementation. Readers are encouraged to explore the case studies by sector, policy type, or geographic region using the filters provided. Case studies bridge…
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Investment
This initiative includes a dashboard that offers free data on financing costs for clean energy projects, tools and analysis to help governments identify and address investment risks, and case studies showcasing successful strategies for mobilising capital. This initiative includes a dashboard that offers free data on financing costs for clean energy projects, tools and analysis to help governments identify and address investment risks, and case studies showcasing successful strategies for mobilising capital. Globally, energy investment by governments, households and businesses is expected to reach a new high of $3.3 trillion in 2025. How this spending is allocated has major…
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Global Methane Tracker 2025 Understanding methane emissions
Methane concentration in the atmosphere continues to rise The concentration of methane in the atmosphere is now over two-and-a-half times above pre-industrial levels. Atmospheric records show that, in relative terms, methane concentrations have been rising more quickly than those of all other major greenhouse gases – and at a rate faster than in any period since recordkeeping began. This growth is mainly due to mounting emissions from human activity, but there are also indications that a warming climate is driving up emissions from natural sources such as wetlands. Methane is responsible for around 30% of the rise…
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Sheltering From Oil Shocks Air transport fuels
Jet fuel demand accounts for around 7% of global oil demand. Jet fuel markets look to be particularly vulnerable to an extended loss of Middle East production and exports, given limited flexibility elsewhere to increase output. 8. Avoid air travel where alternative options exist Description: Travel for work accounts for a large share (between 20% and 40%) of aviation activity. In many cases, travel for work can be temporarily substituted by virtual meetings. A reduction of around 40% of flights taken for work purposes is feasible in the short term, while maintaining productivity.Impact: Very high voluntary participation to work…
