ECO-FCGen
Decentralized power generator using fuel cell technology
Grant recipient
- CBC GmbH & Co. KG
- Universität Bayreuth - Chair Manufacturing and Remanufacturing Technology
- Fraunhofer Institute for Manufacturing Engineering and Automation IPA
Cooperations
- AHK India
- Fraunhofer Office India
- Bavarian-Indian Centre for Business and University Cooperation
Term
01/01/2022 to 08/31/2024
Priority areas
Green hydrogen/fuel cell technologies
Funding priority
Pilot and model projects abroad
Target countries
India
Initial situation
The aim of the “Eco-FCGen” project was to develop and manufacture a prototype of a hydrogen fuel cell technology-based power generator for subsequent industrial use and to subject it to two endurance tests. This prototype was intended to replace the use of greenhouse gas-emitting diesel generators in the medium and long term. The target country for an endurance test and subsequent marketing was India.
Results and conclusion
In the course of the project, the technical development of two prototypes was advanced and these were subjected to a factory test. In addition, a service and maintenance concept was developed as well as training on how to use the system safely. Furthermore, a sensor unit was developed and tested with the help of which the condition of the fuel cell stack can be monitored. Through active networking in Germany and India, relevant contacts were established and the market and environmental potential of the technologies was confirmed.
Due to high technology-specific challenges in the technical development and integration of the various technology components, the planned endurance tests in India and Germany could not be implemented.
Outlook
The project has provided valuable starting points for further research and development, including the implementation of endurance tests, the derivation and specification of forecast models for the service life of fuel cell stacks and the analysis of the environmental impact of fuel cell stacks.
Contact
Dipl.-Ing. Norbert Schuchert +49 160 5835 614 Email