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Scaling Up Transition Finance Sectoral insights
Where can transition finance be applied? This chapter provides an analysis of investments that can be supported by transition finance in three important areas – heavy industry, critical minerals and natural gas – building on the preceding assessment of investments and providing illustrative cases and non-exhaustive key performance indicator (KPI) examples to underpin transition strategies.As with the investment amounts highlighted in Chapter 1 that can be supported by transition finance, inclusion here does not automatically render an activity eligible for transition finance, since such eligibility depends on meeting the relevant process requirements. Equally, the absence of an activity from this…
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Amalia Pizarro
Energy Technology Analyst.
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Bruno Le Maire
Minister of the Economy, Finance and Industrial and Digital Sovereignty.
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Ramping up Heat Pumps in Moldova: A Roadmap Financing the transition
This chapter considers the economics of heat pumps versus gas boilers and biomass stoves. It explores the role of grants and subsidies and how these affect the lifetime cost of owning a heat pump compared to other heating technologies. Different policy options are then discussed, including potential avenues for multi-lateral policy support at both national and local levels. As previously mentioned, a main barrier to heat pump adoption is the high upfront cost relative to prevailing heating technologies. Governments can help to lower this hurdle through mechanisms such as upfront subsidies or grants and low-interest loans. Another way…
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Hana Mandová
Former Junior Energy Analyst - Industry.
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Financing Clean Energy in Africa Executive summary
A dramatic increase in energy investment into African countries is essential Multiple recent crises have made it increasingly challenging for many African countries to raise financing to support their clean energy ambitions, despite the continent’s huge needs and rich and varied resources. Africa accounts for around 20% of the world’s population but attracts less than 2% of its spending on clean energy. In recent years, African countries have had to deal with a series of overlapping crises, including the Covid-19 pandemic, the energy and food crises following Russia’s invasion of Ukraine and worsening climate risks. Borrowing…
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Caroline Lee
Former IEA Energy and Climate Change Policy Analyst.
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Global Energy and Climate Model Macro drivers
Overview The Global Energy and Climate Model (GEC Model) uses macro drivers, techno-economic inputs and policies as input data to design and calculate the scenarios. The values for the different data categories and scenarios used in the GEC Model 2025 can be downloaded here.Economic activity and population are the two fundamental drivers of demand for energy services in GEC Model scenarios. Unless otherwise specified, these are kept constant across all scenarios as a means of providing a starting point for the analysis and facilitating the interpretation of the results. The projections are based on the average retail prices…
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Global Methane Tracker 2025 Key findings
Energy-related methane emissions have still not reached a definitive peak The fossil fuel sector is responsible for nearly one-third of methane emissions from human activity today. Record production of oil, gas and coal, combined with limited mitigation efforts, has kept emissions above 120 million tonnes (Mt) annually. Abandoned wells and mines – included in this year’s Global Methane Tracker for the first time – contributed around 8 Mt to these emissions in 2024. Bioenergy production and consumption results in a further 20 Mt of methane, largely from the incomplete combustion of traditional biomass used in cooking and heating in developing economies…
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Brendan Reidenbach
Energy Efficiency Policy Analyst.
