This deliverable surveys and compiles a list of existent SOC test procedures for single cells and stacks especially those from previous projects, e.g. FCTESTNET, FCTESQA, METSOFC, REALSOFC600, and RELHY, and on-going FCH JU projects (ADEL, METSAPP, SCOTAS-SOFC, SOFC-LIFE, STACK-TEST) being public. In addition, the open literature is surveyed whether to include procedures exterior to the mentioned projects while being public. On this basis the important terms, definitions, nomenclatures and abbreviations will be specified. The most relevant test procedures will form the base for the harmonized test modules to be worked out in WP 3
Fuel cell technology is competing with several other energy conversion technologies currently in use...
The harmonization of test procedures for polymer electrolyte membrane fuel cells (PEMFCs) is of high...
Combining continuous promotion with high-level liaison, “SOCTESQA” has generated widespread awarene...
The present document defines the test matrix, i.e. a list of test modules relevant for different app...
The objective of the SOCTESQA project is to develop uniform and industry wide test procedures for h...
For the validation of the test modules and programs the solid oxide fuel/electrolysis cell short sta...
For the successful market penetration of high temperature solid oxide fuel/electrolysis cell energy ...
Harmonising and eventually standardising fuel cell testing procedures for SOFC cells, stacks and pos...
In the EU-funded project SOCTESQA partners from Europe and Singapore are working together to develop...
In the EU-funded project “SOCTESQA”, partners from Europe and Singapore are working together to deve...
Many research facilities and industrial companies worldwide are engaged in the development and the i...
This test module deals with thermal cycling of solid oxide cell (SOC) either as a fuel cell (SOFC) ...
To disseminate the results generated by the project and to raise awareness of the needs for standar...
Many research facilities and industrial companies worldwide are engaged in the development and the i...
In the EU-funded project “Solid oxide cell and stack testing and quality assurance” (SOCTESQA) stand...
Fuel cell technology is competing with several other energy conversion technologies currently in use...
The harmonization of test procedures for polymer electrolyte membrane fuel cells (PEMFCs) is of high...
Combining continuous promotion with high-level liaison, “SOCTESQA” has generated widespread awarene...
The present document defines the test matrix, i.e. a list of test modules relevant for different app...
The objective of the SOCTESQA project is to develop uniform and industry wide test procedures for h...
For the validation of the test modules and programs the solid oxide fuel/electrolysis cell short sta...
For the successful market penetration of high temperature solid oxide fuel/electrolysis cell energy ...
Harmonising and eventually standardising fuel cell testing procedures for SOFC cells, stacks and pos...
In the EU-funded project SOCTESQA partners from Europe and Singapore are working together to develop...
In the EU-funded project “SOCTESQA”, partners from Europe and Singapore are working together to deve...
Many research facilities and industrial companies worldwide are engaged in the development and the i...
This test module deals with thermal cycling of solid oxide cell (SOC) either as a fuel cell (SOFC) ...
To disseminate the results generated by the project and to raise awareness of the needs for standar...
Many research facilities and industrial companies worldwide are engaged in the development and the i...
In the EU-funded project “Solid oxide cell and stack testing and quality assurance” (SOCTESQA) stand...
Fuel cell technology is competing with several other energy conversion technologies currently in use...
The harmonization of test procedures for polymer electrolyte membrane fuel cells (PEMFCs) is of high...
Combining continuous promotion with high-level liaison, “SOCTESQA” has generated widespread awarene...