• Country

        Korea

        …energy use among IEA countries. Korea aims to leverage the fourth industrial revolution for its energy transition and to foster green growth by means of low-carbon technologies and clean energy. Due to Korea’s high share of coal-fired power generation, the carbon intensity of its electricity mix is above the IEA average. Korea’s private sector has a high capacity for technology innovation and its population has shown an almost unparalleled openness toward digitalisation. As a result, Korea’s energy transition is closely linked to efforts to spur investments in energy storage systems, smart grids and intelligent transport…

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        The Netherlands

        The Netherlands aims to achieve net zero carbon emissions by 2050, and numerous measures have been introduced to support achievement of this goal. A competitive auctions process awards subsidies to renewables, hydrogen and carbon capture, based on avoided CO2 emissions. An offshore wind roadmap is driving rapid deployment and aims for 11.5 GW of capacity by 2030, while strong innovation programmes support deployment of key decarbonisation technologies. Electricity from solar has experienced an impressive growth, with the Netherlands ranking among the top countries in the world for installed PV capacity per capita. The Netherlands will need to closely monitor…

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        • Country

        United Kingdom

        The United Kingdom has been an early player in the energy transition, being among the first countries to set a net zero target by 2050 and to put in place carbon budgets. UK emissions have already fallen by around 50% since 1990, indicating a strong start. Looking ahead, an important pillar of the energy transition will be decarbonising the power sector through sizeable new investments in renewables and nuclear while also focusing on new technologies such as CCUS, hydrogen and small modular reactors. As a historic oil and gas producer, the UK is looking to address declining North Sea production…

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        Japan

        …economic efficiency, environmental sustainability and safety. Achieving the aim of carbon-neutrality by 2050 will require substantially accelerating the deployment of low-carbon technologies by 2030, to address regulatory and institutional barriers and further enhance competition in energy markets. It will also be important to develop different decarbonisation scenarios and to prepare for the possibility that certain low-carbon technologies, such as nuclear, might not expand as quickly as hoped. Stronger reliance on market-based instruments, such as carbon pricing, could be one policy option for Japan to cost-effectively reduce emissions, foster innovation and further increase the country’s…

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        Luxembourg

        …fuel intensive energy mix driven by a high demand for transportation fuels, notably from transiting freight trucks and commuters. Despite this demand, the country is committed to reducing emissions. Its climate law sets targets for a 55% emission reduction by 2030 and climate neutrality target by 2050. The government has adopted numerous measures to push for energy transition, including a carbon tax which was introduced in 2020 and encouraging renewable generation through subsidies and auctions. Several programmes also support energy efficiency in buildings, industry and transportation, with a target for 49% of all passenger cars to be electric by 2030.

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        • Country

        Denmark

        Denmark has been an early leader in decarbonisation and in 2022 the government announced a net zero by 2045 target, aiming at 110% emissions reductions by 2050. Denmark’s technology leadership is important in the areas of offshore wind, biomethane and district heating. The government has expanded these categories to adopt a strategic focus on carbon capture and storage (CCUS) and hydrogen. The government has a robust energy and climate governance under the Danish Ministry of Climate, Energy and Utilities and ‘the year wheel’ of Climate Act of 2020 ensures annual policy actions and funding. Among IEA countries, Denmark has…

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        Sweden

        Sweden is a global leader in decarbonisation and has targets to cut greenhouse gas emissions 59% by 2030 compared with 2005, and to have a net-zero carbon economy by 2045. Sweden was the first country to introduce carbon pricing and has the highest carbon price in the world, which has proven effective at driving decarbonisation. Most of Sweden’s electricity supply comes from hydro and nuclear, along with a growing contribution from wind. Heating is supplied mainly through bioenergy-based district heating and heat pumps.
        Most of Sweden’s greenhouse gas emissions come from the transport sector, which remains…

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        Ireland

        Ireland put in place an ambitious and comprehensive set of policies and targets to reach net zero by 2050 and 80% of renewable 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…

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        China

        China’s growing energy needs are increasingly met by renewables, natural gas and electricity. The scale of China’s future electricity demand and the challenge of decarbonising the power supply help explain why global investment in electricity overtook that of oil and gas for the first time in 2016, and why electricity security is moving firmly up the policy agenda. That said, cost reductions for renewables are not sufficient on their own to secure efficient decarbonisation or reliable supply.
        Between 2019 and 2024, China will account for 40% of global renewable capacity expansion, driven by improved system integration, lower curtailment…

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        • Country

        Estonia

        Estonia has achieved a notable reduction in greenhouse gas emissions thanks mainly to lowering its reliance on electricity generation from domestic oil shale, an energy rich sedimentary rock. However, oil shale remains the main energy source and imported fossil fuels still plan a major role, especially in transport. Estonia’s forests, which historically offset significant greenhouse gas emissions, have become a net emissions source. Estonia is aiming to accelerate its clean energy transition with a target to cover 100% of annual electricity demand with renewables by 2030 as part of a larger package to achieve climate neutrality by 2050. It…

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