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Georgia
…an energy sector based largely on hydropower and fuelwood, in addition to imports of fossil fuels. It is also an important transit country for the region, with major oil and gas pipelines running across Georgian territory. Efforts are required to improve energy efficiency and capitalise on the country’s renewable energy potential.
Georgia has made solid progress in the past decade, both in improving the security of its energy supply and in transitioning to a cleaner, more sustainable energy system. Although Georgia is still confronted with many challenges in its transition to a more secure, sustainable and affordable energy future…- Overview
- Energy mix
- Emissions
- Electricity
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Ukraine
Ukraine is a key country for European and global energy security. Russia’s invasion of Ukraine has pushed it to fundamentally reshape its past dependence on energy imports from Russia.
As the invasion continues, Ukraine is focused on tracking large-scale energy supply disruptions and actively working to recover power and heating for civilians. It is also putting together an ambitious recovery and reconstruction plan, with a strong focus on energy security. In the medium-term, Ukraine’s energy strategy remains focused on European integration, while it aims to an energy system that is ready for a Net Zero future…- Overview
- Energy mix
- Emissions
- Electricity
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Romania
By 2020, the objective of Romania is to guarantee the efficient operation of its energy system under security conditions. Romania also plans to meet the obligations set by EU in terms of greenhouse gas emissions through its legislative package “Climate changes – renewable energies”.
- Overview
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- Electricity
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Türkiye
Rapid economic and population growth in Türkiye over the past two decades have not only driven strong growth in energy demand, but also an associated increase in import dependency. As a result, Türkiye has pursued a restructuring of its energy system with the aim of rationalising energy demand growth, lowering energy prices and slowing the pace of import growth.
These reforms have included measures targeted at modernisation, liberalisation and increased domestic production capacity. Notably, Türkiye has seen considerable diversification of its energy mix in the past decade. Renewable electricity generation has tripled in the past decade and the commissioning of…- Overview
- Energy mix
- Emissions
- Electricity
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Manufacturing and Trade Model
…key energy technology supply chains. These cover solar photovoltaics (PV), wind turbines, electric cars, batteries, electrolysers and heat pumps. This model is now used to generate detailed sector-by-sector and region-by-region long-term scenarios in IEA publications such as the World Energy Outlook and Global EV Outlook.The MaT model is part of the IEA’s broader modelling framework and is closely linked to the Global Energy and Climate Model (GEC), as it draws on the same modelling scenarios, each of which is built on a different set of underlying assumptions about how the energy system might…
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Ireland
…electricity generation by 2030, but now their implementation needs to accelerate. Natural gas will remain an important part of the energy mix at least until the mid-2030s, especially to meet peak electricity demand, but offshore renewable energy will become the cornerstone of Ireland’s energy transition beyond 2030. Given Ireland’s current exclusive reliance on energy imports from the United Kingdom, energy security is a major concern to the government while transitioning to a (variable) renewables-based energy system and advancing the electrification of the heating and transport sectors to meet the ambitious climate targets to 2030 and beyond.
- Overview
- Energy mix
- Emissions
- Electricity
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Gas Market Report, Q2-2025
…increasingly complex geopolitical context, responsible producers and consumers need to work together to reinforce efforts to ensure reliable gas supplies. This will be among the topics addressed at the international Summit on the Future of Energy Security, convened by the IEA, in partnership with the UK Government, on 24-25 April 2025. Beyond the growing complexity of gas supply security both in the short and long term, the decarbonisation of gas and the broader energy system will require the deployment and scaling up of low-emissions gases. Part of the IEA’s Low-Emissions Gases Work Programme, this quarterly Gas…
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Overview graphic: key technology trends for EVs
…power are not exclusive to EVs. AI‑enabled energy management systems are increasingly used to optimise hybrid vehicles, and AI techniques are accelerating the design, testing and optimisation of all vehicles.Finally, technologies enabling EV-grid integration are becoming increasingly available, allowing EVs to play a larger role in the energy system and improving their value proposition. With the rollout of smart and bidirectional charging, EV owners can reduce charging costs and, in some cases, generate revenue by participating in grid services, such as frequency regulation. Load shifting and vehicle‑to‑grid (V2G) capabilities provide substantial electricity system benefits, helping reduce peak demand and…
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Critical Mineral Traceability for Energy and Economic Security Executive summary
…and identifies priority actions to strengthen the role of traceability in supporting energy and economic security. The OECD is set to release a separate report on the role of traceability in supporting resilient and responsible supply chains.Companies have begun implementing traceability systems, but uptake remains uneven across minerals, regions and supply chain segments. Based on the IEA-OECD joint survey, two-thirds of respondent companies report having some form of traceability system – 30% with full coverage and 40% across selected minerals or supply chains. Upstream companies are implementing traceability systems at twice the rate of downstream and midstream actors…
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US hydrogen workforce development programmes
…development project, GridEd, that now includes hydrogen to the technical programme that covers power systems, distributed resources and digital systems. The programme will address hydrogen workforce development skills in four technical areas: production, delivery, storage and use. DOE’s HFTO in June 2020 also announced USD 20 million in funding to the University of Tennessee to support workforce development in new energy technology areas (including hydrogen and fuel cells), in partnership with Oak Ridge National Laboratory and Oak Ridge Institute. The five-year, interdisciplinary programme will focus on research and development in emerging technical fields, such as energy system resilience.
