-
About page
Transport Technology collaboration
Research and analysis of technologies such as fuel cells, EVs, emission reductions in combustion as well as advanced materials and fuels
-
About page
Fossil energy Technology collaboration
Focusing on technologies to reduce costs and enhance sustainability of fossil fuels, including CCUS, EOR and fluidized bed conversion technology
-
About page
Renewable energy Technology collaboration
Related to renewable energy sources and hydrogen, including bioenergy, solar, wind, geothermal, hydropower and ocean energy
-
Programme
Global Methane Engagement Programme
The Global Methane Engagement Programme is the IEA’s principal initiative for stakeholder engagement on abatement of methane emissions from the energy sector. Building on the IEA’s leading analysis on methane abatement from fossil fuel operations, the Global Methane Engagement Programme develops opportunities for cooperation and exchange on methane abatement among key stakeholders, including government officials, regulators, industry representatives and international partners at the global, regional and country-level.The IEA’s work under the Programme is supported by the annually updated Global Methane Tracker that provides the most comprehensive overview of global and national methane emissions levels, abatement…
-
About page
Buildings Technology collaboration
Innovation activities relating to efficiency gains in buildings, such as heat pumps, district heating and cooling and energy storage
-
About page
GEF Global E-Mobility Programme International collaborations
About the programme The GEF funded Global E-Mobility Programme was launched at COP26 in 2021 with the IEA as one of the supporting executing agencies. UNEP has the overall responsibility for the Programme that stretches for 6 years with the aim to support low- and middle-income countries with their shift to electro-mobility. The IEA’s role is to lead the development of written and online tools aimed to build knowledge and networks around policies for electric light-duty vehicles and charging in...
-
About page
Energy Efficiency Hub International collaborations
A platform for global collaboration on energy efficiency The Energy Efficiency Hub is a new platform for global collaboration on energy efficiency. Its Secretariat is hosted at the IEA to take advantage of natural synergies with the work of the Agency. The Hub aims to facilitate government-to-government exchanges on efficiency policy, regulation and implementation, focusing on buildings, industry, appliances, and transport. The Hub takes on issues important to its Members through thematic Task G...
-
About page
Industry Technology collaboration
Enabling greater industrial energy efficiency and supporting innovation for cost-effective industrial technologies and system configurations
-
Programme
People-Centred Clean Energy Transitions
Putting people, and inclusivity, at the centre of all clean energy transitions not only improves people’s lives, but is also key to successful implementation of energy and climate policies.The IEA’s people-centred clean energy transitions programme supports governments to ensure their clean energy transition strategies are truly fair and inclusive, with a focus on skills, decent jobs, worker protection, social and economic development, equality, social inclusion and fairness, while engaging people as active participants.The programme builds on the work of the Global Commission on People-Centred Clean Energy Transitions, an independent panel of 30 members convened by…
-
About page
Clean Energy Labour Council Structure
Fostering dialogue between the IEA, stakeholders and the labour sector A growing number of countries are setting increasingly ambitious goals to shift to clean energy, with significant implications for labour. IEA analysis estimates that the energy transition needed to reach net zero emissions will create 14 million new jobs in the realm of clean energy technologies, shift around 5 million workers away from fossil fuel sectors, and require additional skills and training for an estimated 30 milli...