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Welcome to the IEA’s Clean Energy Transitions newsletter, where you can get up to date with our latest work building capacity around the world to achieve a secure and sustainable future for all
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Brazil has emerged as a leader in clean energy with one of the least-carbon intensive energy sectors in the world with renewables meeting almost 45% of primary energy demand. Since 2017, the IEA and Brazil have strengthened their bilateral cooperation, including last year's main focus on Brazil's G20 agenda. The IEA provided extensive support to help the country deliver numerous initiatives, such as expertise and analysis for two new horizontal taskforces, the Global Bioeconomy Initiative and the Taskforce for Global Mobilisation against Climate Change, and to five working groups in the Sherpa Track and Finance Track. The IEA's support for the G20 demonstrated how close cooperation can help advance national energy transitions.
This collaboration reached a new significant milestone with the Energy Policy Review of Brazil, set to be released in the first half of 2025. In February, a review team from the IEA travelled to Rio de Janeiro and Brasília. Meeting with a range of stakeholders, such as the Ministry of Mines and Energy and institutions such as the Energy Research Office (EPE) and the Brazilian Electricity Regulatory Agency (ANEEL), the review team discussed a range of topics such as increasing flexibility in the electricity sector, improving the mapping of energy-jobs and ensuring that oil and gas revenues contribute to financing the energy transition. The week had a parallel track on statistics to provide recommendations to guide the evolution of Brazil's energy data system.
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The Energy Policy Review was formally requested by the Minister of Mines and Energy to serve as an input on the ongoing development of the National Energy Transition Plan. Thiago Barral, Secretary of Energy Transition and Planning, reiterated that this process reflects the strengthened trust-based relationship between the IEA and Brazil and emphasised how much the government looks forward to receiving the report's results especially in the context of Brazil's ambitious climate change targets.
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With electricity demand set to soar over the next three years through 2027, the world is entering a new Age of Electricity. Fuelled by growing industrial production, accelerating electrification, the expansion of data centres and the rising use of air conditioning, global electricity demand is set to grow at close to 4% annually through 2027. Much of the demand growth for electricity will come from emerging and developing economies, with China as the leader, though India, Southeast Asia and other emerging and developing economies will also see strong levels of demand growth.
Electricity 2025 provides an analysis of trends and policy developments as electrification accelerates across the globe. In China, electricity consumption has been growing faster than its economy since 2020. Driven by intense heat waves, electricity demand in India increased and renewable power generation is set to rise to nearly 27% by 2027, up from 21% in 2024. Despite overall growth in emerging and developing markets, the picture in Africa is overshadowed by a lack of generation capacity. Although demand for electricity is growing, nearly 600 million people in sub-Saharan Africa still lack access. However, there are breakthroughs as Kenya is on track to achieve SDG7 universal access to electricity by 2030 and on-going projects in Senegal, such as a new substation in Touba, will mean that renewables will meet more than 40% of demand growth out to 2027.
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With electricity demand on the rise, the rapid expansion of renewables is significantly impacting the global energy landscape. As the energy system becomes increasingly decentralised, it is essential to develop more effective cooperation for managing information, energy and transactions flows.
Digital solutions can help support these challenges, and one promising tool, the Digital Energy Grid (DEG), has the potential to create digital building blocks to reduce fragmentation, enhance innovation and improve coordination between energy and data The DEG would serve as a digital network that coordinates these challenges under a unified approach.
The IEA recently contributed to Digital Energy Grid A vision for a unified energy infrastructure with the Foundation for Interoperability in Digital Economy (FIDE). At the report's February launch at the IEA Headquarters in Paris, IEA Executive Director Fatih Birol was joined by FIDE co-founders Mr Nandan Nilekani and Dr Pramod Varma to discuss the vision of a digital energy infrastructure and the potential of the DEG. Emerging and developing economies are expected to drive nearly 80% of electricity demand growth by 2030, meaning that greater coordination will not only address today's energy sector challenges, but also create a more resilient and inclusive energy future.
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Unlocking New Possibilities with a Digital Energy Grid
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Another technology increasingly recognised as key to the global clean energy transition is heat pumps. Providing low-emissions heating, heat pumps uptake is steadily growing across the globe, yet the data reporting approach is currently fragmented, making it difficult to compare across markets. Tracking and comparing heat pump data across regions can help provide policymakers and researchers with reliable information to support increased heat pump deployment around the world.
To help discuss current trends and challenges, the IEA hosted the workshop The importance of heat pump data for policy-making and innovation. Joined by nearly 150 representatives from heat pump manufactures, industry, the public sector and academia, stakeholders discussed how improving data quality can drive policy support. Participants shared experiences regarding the difficulties in the cross-border policy comparison and stressed the importance of harmonising definitions and consistent data-reporting taxonomies and techniques to inform supportive policies to encourage global consumer uptake. The IEA will continue to lead international coordination efforts on heat pump data reporting through the Heat Pump Coordination Group formed in 2024 by five IEA Technology Collaboration Programmes under the umbrella of the IEA’s Committee on Energy Research and Technology.
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The Clean Energy Transitions Programme is the IEA’s flagship initiative to transform the world’s energy system to achieve a secure and sustainable future for all. The CETP turns targets into action, working to accelerate progress towards the goal of global net zero emissions through secure and people-centred clean energy transitions, with a focus on major emerging and developing economies. For a complete overview of the work achieved in 2022 by the Programme, check our annual report online.
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