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Energy and AI AI and climate change
The emergence of AI has both raised concerns that AI-fuelled data centre growth might fuel climate change and also raised expectations that AI applications in the energy sector could help reduce emissions by unlocking new optimisations and efficiencies. As over 100 countries – and the European Union – have targets to reach net zero emissions between 2030 and 2070, it is pertinent to explore what AI’s impact on emissions could potentially be. Global fuel combustion CO2 emissions are estimated to reach 35 000 million tonnes (Mt) in 2024. Data centres account for around 180 Mt of indirect CO2 emissions today from the consumption…
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Paul Lucchese
Chair of IEA Hydrogen TCP.
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Damian Cortinas
Chair of the Board, European Network of Transmission System Operators (ENTSO-E).
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Hannes Gauch
Energy Technology Modeller.
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Beniamin Strzelecki
Global Focal Point.
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Fareed Yasseen
Former Special Climate Envoy, Iraq.
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China’s Official Energy Finance in Emerging and Developing Economies Trends in China’s Outbound Energy Finance
This section examines the major shifts in China’s outbound energy finance over the past decade, with a particular focus on developments since 2022. Drawing on publicly available project information and systematically compiled datasets, the analysis highlights structural changes in the scale, composition and institutional drivers of official financing, with aggregate figures presented up to 2024. Together, these trends reveal how China’s role as an energy financier is evolving – from a gradual decline of traditional policy-bank lending to the rise of more commercial-oriented official providers – and what this means for investment patterns across EMDE. Overall financing trends…
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Talya Vatman
Russia, Caspian and Black Sea Programme Manager.
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Multiple Benefits of Energy Efficiency for Business Health and well-being
Energy efficiency can improve working conditions, increase employee productivity and reduce sick leave Energy efficiency improvements can enhance working environments and worker health. By reducing waste heat, air pollutants and other process inefficiencies, they lower health and safety risks while improving comfort and working conditions.In manufacturing, these effects can be direct. For example, in electronics manufacturing, conventional soldering requires thermal pre-heating cycles that exposes workers to high ambient heat as well as safety risks. Replacing this with induction heating enables localised heating of the material, reducing energy demand by around 70% while eliminating heat stress and safety hazards…
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Donna-Jean Nicholson
Former Deputy Head of Communications and Digital Office.
