International Collaboration on Energy Technologies
In a significant effort to enhance energy security and resilience, experts from around 60 countries have come together under the International Energy Agency’s (IEA) Technology Collaboration Programmes (TCPs). These programs focus on coordinating international research and development in energy technology, a critical area as nations prioritize reliable energy systems.
Since the IEA was established in 1974, the TCPs have operated as independent networks that connect researchers, governments, and industry professionals. Over the past five decades, around 80 programs have been launched, with 38 currently active. These cover various important fields, including renewable energy, hydrogen, smart grids, carbon capture, and other emerging fuels.
The TCPs bring together roughly 300 organizations from around the globe, including those not affiliated with the IEA. A new program has also been introduced this year that concentrates on Critical Minerals and Material Recovery, highlighting its growing importance for policymakers and tech developers.
The TCPs not only support the development and commercialization of energy technologies but also provide valuable policy guidance through workshops, training sessions, and knowledge-sharing initiatives. One notable program, the Energy Technology Systems Analysis Programme, produces modeling tools utilized in over 50 countries. Its TIMES model helps countries analyze long-term energy paths and make informed investment choices based on demand and available resources.
Additionally, several TCPs have made significant contributions to policy and project design. For instance, the User-Centred Energy Systems TCP has created a toolkit for behavioral insights used by the European Commission’s Energy Behaviour Forum. Similarly, the Evaluation and Guidance Framework from the Ocean Energy Systems TCP is being implemented in various funding processes around the world, including in the UK and the US.
Some TCPs engage in advanced research and demonstration projects, particularly in fields like carbon capture and storage, as well as fusion energy. Eight of these programs specifically focus on fusion research, such as the Spherical Tori TCP, which supports the design of pilot plants. The SMART Tokamak in Seville is also on track to achieve its first plasma by 2025.
The outputs from these programs feed into the IEA’s Energy Technology Guide and various annual publications, including the State of Energy Innovation and Renewables Market Report series.
Currently, representatives from around the world are meeting in Paris for the sixth Universal TCP Meeting, where they are reviewing progress in global coordination on energy innovation.
