The world’s electricity gap
International Energy Agency (IEA)
Committed to shaping a secure and sustainable energy future for all.
Welcome back to Energy Snapshot, the International Energy Agency’s monthly newsletter focused on charts and data. In today’s edition, we take a look at the crucial issue of access to energy worldwide.
Having a reliable electricity supply is something many of us take for granted – including for sending and reading emails like this one. But hundreds of millions of people around the world today don’t have access to even the most essential electricity services like basic lighting.
For most of this century, the number of people lacking access to electricity worldwide declined at a healthy clip as hundreds of millions of people – mostly in Asia but also in Africa and Latin America – were connected to the grid. But as a result of the pandemic, progress stalled. And in 2022, the number of people globally without access to electricity actually increased for the first time in decades amid soaring inflation and the energy crisis.
This reversal raised concerns about continued progress on this critical issue. Under the UN Sustainable Development Goals, the world is aiming for all people to have electricity access by 2030.
Our latest data and analysis shows that in 2023, the number of people without electricity globally began to decline again, though at a considerably slower rate than before 2020. Another modest improvement is expected this year.
One recent success story has been among emerging and developing economies in Asia. More than half a billion people in this region have gained access to electricity in the past decade.
India and Indonesia both reached universal access between 2021 and 2022, and Bangladesh hit the milestone in 2023. More than 70% of countries in the region have achieved access rates above 90%.
Still, delivering universal electricity access remains a global challenge. The most severe gap is in sub-Saharan Africa where, despite progress before the Covid pandemic, nearly 600 million people currently live without electricity. That is 80% of the global total.
After three years of regression, new electricity connections in sub-Saharan Africa accelerated again in 2023. One important contributor was the surge in home solar-based systems, which accounted for more than a third of the region’s new connections in 2023. Just a decade ago, installation of these systems was negligible. The pace of new grid connections also rebounded, approaching the levels seen before the pandemic.
Globally, policies on access to electricity are improving – as are measures to expand access to clean cooking solutions, which more than 2 billion people currently lack around the world. According to IEA analysis, policies have recently improved in countries that represent more than 30% of the population without electricity or clean cooking access.
More details on the latest IEA data and analysis on energy access can be found in our flagship World Energy Outlook 2024 report. You can also learn more about the IEA’s work and findings in this area on our dedicated webpage. Additionally, we and other several international organisations are the joint global custodians of UN Sustainable Development Goal 7, which looks to “ensure access to affordable, reliable, sustainable, and modern energy for all”. Together, we publish an annual report on progress towards achieving the goal. You can explore the latest edition here.
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We’ll be back in your inboxes with more charts based on IEA data and analysis in January.
OK Bo?tjan Dolin?ek
Project Execution Professional with 30+ years of varied experience in EPC, Energy, Heavy fabrication, Manufacturing, Renewable etc
2 个月Helpful Information. Access to electricity is a basic necessity that may drive in progress too...
Brazilian economist, academic, entrepreneur and climate action specialist. Partner & CEO at Struttura Desenvolvimento e Financiamento de Projetos Ltda and Partner & CEO at WF Consultores Associados Ltd.
2 个月Sirs, Access to the grid is a poor measure of progress, which today must take into account the average intensity of carbon of the sample population or region. Thus links to “the grid” can be a disaster if the carbon intensity of the baseline consumption of those linked is lower than that of the average carbon intensity of the supply to the grid. If, for instance, all of cosl cased South Asia (or Sub Saharan Africa) was magically linked to the existing mostly coal based system we would have a global catasthrophe.
Renewable Energy Specialist | Sustainability, Green Energy Consultant
2 个月Very informative