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Timur Gül
Chief Energy Technology Officer. Timur Gül, a German national, was appointed Chief Energy Technology Officer of the International Energy Agency (IEA) in October 2023. In this capacity, he oversees IEA analysis of innovative new and emerging clean energy technologies and their supply chains across a range of sectors. Mr. Gül is also Head of the Energy Technology Policy Division, with responsibility for the IEA’s flagship technology publication Energy Technology Perspectives, the IEA Energy Innovation Forum, the IEA’s Technology and Innovation Advisory Board as well as the IEA’s Technology Collaboration network.Having joined the IEA in 2009, Mr. Gül previously was a lead author of the IEA’s World Energy Outlook (WEO). Prior to his time at the IEA, he was a researcher at Paul Scherrer Institute in Switzerland.Timur Gül holds a PhD from the Swiss Federal Institutes of Technology (ETH) Zurich in Switzerland. He also holds a Master degree in Environmental Engineering from the Royal Institute...
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China’s Official Energy Finance in Emerging and Developing Economies Case studies
China’s outbound energy engagement spans a wide range of technologies, financing structures and institutional actors. While aggregate trends reveal a system that is becoming more diversified, risk-sensitive and commercially oriented, the specific pathways through which Chinese capital supports energy transitions in EMDE become clearer when examined at the project level.The following case studies illustrate this diversity in practice, from large-scale renewable deployment and grid modernisation to industrial decarbonisation, equity participation in regional infrastructure platforms and upstream resource development. Together, they show how different parts of China’s official financing system interact with local conditions, how technical…
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Dynta Trishana Munardy
Senior Officer of APAEC Department, ASEAN Centre for Energy.
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Global Hydrogen Review 2025 Five key questions about hydrogen
Is the slow progress of projects derailing the hydrogen sector? Recent headlines reporting project delays, cancellations and downward revisions of ambitions for the adoption of low-emissions hydrogen, have led many to question whether the industry has hit another “hype cycle” like those in the 1970s, 1990s, and early 2000s. However, a deeper analysis reveals a different story. Despite falling short of the ambitious targets from the early 2020s, the sector is achieving remarkable milestones that demonstrate clear progress.The scale of electrolyser projects is growing fast. In 2021, the world's largest reached 30 MW. In 2025, a 500 MW project…
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Energy Innovation
CERT co-ordinates and promotes the development, demonstration and deployment of clean energy technologies. The CERT has established five working parties: the Working Party on Fossil Energy; the Working Party on Renewable Energy Technologies; the Working Party on Energy End-Use Technologies; the Fusion Power Co-ordinating Committee and the Working Party of Industrial Decarbonisation. The CERT has also established an Experts' Group on R&D Priority-Setting and Evaluation (EGRD) to advise on R&D priority-setting, linkages to governmental policy objectives and methods in the evaluation of R&D activities, and an understanding of emerging R&D topics. Energy…
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Global Critical Minerals Outlook 2025 Overview of outlook for key minerals
Demand for critical minerals continues to rise across all scenarios, driven by the rapid deployment of energy technologies Demand for key energy minerals is set to grow rapidly across all scenarios, with the largest source of growth coming from the energy sector. In the Stated Policies Scenario (STEPS), lithium grows fivefold from today to 2040, while graphite and nickel demand double. Demand for cobalt and rare earth elements also grows strongly, increasing 50-60% by 2040. Copper is the material with the largest established market, and its demand is projected to grow by 30% over the same period. Battery deployment…
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The State of Energy Innovation 2025 Executive summary
Today’s energy technology landscape is highly dynamic. Innovations span a wide range of countries and technology areas, both emerging and established. These advances have implications for energy system planning and, ultimately, for the world economy. Whether incremental or disruptive, they are the products of government support, market expectations, finance, knowledge-sharing and accessible R&D and test facilities. It is testament to the efforts of energy innovators around the world that decision makers today can choose from a range of technology options to address strategic goals for all parts of the energy system. However, technological progress to tackle existing…
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Global EV Outlook 2025 Executive summary
Electric car sales continue to break records globally, particularly in China and other emerging economies Electric car sales exceeded 17 million globally in 2024, reaching a sales share of more than 20%. Just the additional 3.5 million electric cars sold in 2024 compared with the previous year is more than the total number of electric cars sold worldwide in 2020. China maintained its lead, with electric cars accounting for almost half of all car sales in 2024; the over 11 million electric cars sold in China last year were more than global sales just 2 years earlier. As a result of…
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Gaining an Edge Unlocking the potential of energy efficiency
Efficiency opportunities at the firm level At the firm level, energy efficiency offers untapped opportunities to reduce costs in both light and heavy industries In a competitive environment, firms are seeking to reduce costs, support sustainable growth and meet dynamic market demands. Energy is an important component of production costs in many industrial sectors, although its share varies by industry. These differences are influenced by the type and complexity of production. Heavy industries, such as steel, cement and chemicals, tend to be more energy intensive due to the large-scale processes and high thermal demands. Light industries, such as electronics…
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Global Critical Minerals Outlook 2025 Innovation in mining, refining and recycling to promote diversification
New technologies in mining, refining and recycling hold major potential to scale up diversified supplies Continued growth in mineral demand in the coming decades calls for substantial contributions from supply sources that are sustainable and minimise losses and waste. However, progress on upstream and midstream, or “supply-side”, innovations has been lagging. Building resilient and responsible mineral supply chains will require efforts to scale up new technologies that can increase supply volumes, improve the energy efficiency of production processes, and reduce water consumption, waste generation and emissions all along the supply chain. These innovations can help achieve various policy goals…