IEA TCP AFC Annex 33: Stationary Fuel Cells (Working period 2024 - 2027)

Short Description

Due to the high level of interest from the countries involved in Task 33 (USA, Canada, Japan, Korea, etc.), the focus is on stationary fuel cells in decentralized energy systems for the secure energy supply ("premium power") of service and industrial applications. A detailed analysis of at least three real-world applications is planned, such as healthcare facilities, hospitals, data centers and off-grid applications. The aim is to highlight the strengths and weaknesses of fuel cells based on renewable energy sources compared to battery solutions and fossil-fuel solutions such as diesel generators.

Techno-economic model and ecological comparisons

In close collaboration with representatives from industry, energy supply and existing networks, the product developments are summarized. A techno-economic model is being developed to enable a comparison between fuel cells, batteries and diesel generators. This model will evaluate the economic and technical aspects of the various technologies. In addition, ecological comparisons are made to analyze the environmental impact of the different solutions.

Monitoring and reporting

Continuous monitoring of developments in the field of stationary fuel cells is carried out. This includes international pilot projects, technological advances and the further development of modeling tools. The results of this monitoring are regularly documented and summarized in reports.

Stationary fuel cells in H2 valleys and H2 hubs

In a subtask of Task 33, analysis of the state-of-the-art of stationary fuel cells in Austria is carried-out. This includes the collection and analysis of current developments and applications of stationary fuel cells in H2 valleys and H2 hubs. These hubs can be seen as central infrastructure centers for the production, storage and use of hydrogen (based on renewable energy sources).

Communication and dissemination

Target group-specific communication and dissemination activities will promote regular exchange with stakeholders at national and international level. This will be achieved in particular by involving a national stakeholder advisory board. At the international level, the AEA will actively participate in the task meetings and plans to physically organize one of these meetings in Austria. These activities aim to widely disseminate the project results and promote the acceptance and implementation of the technologies.

Participants

Austria, Canada, Finland, France, Italy (lead), Japan, Spain, Sweden, Switzerland, USA

Contact Address

Dr. Elisabeth Sibille
Austrian Energy Agency
Mariahilfer Straße 136
AT-1150 Wien
E-Mail: Elisabeth.Sibille@energyagency.at

Dr. Günter Simader
Austrian Energy Agency
Mariahilfer Straße 136
AT-1150 Wien
E-Mail: Guenter.Simader@energyagency.at