In order to finally and systematically address the growing need for accelerated stress tests, given the longer lifetimes of solid oxide cells – both in fuel cell and electrolysis operation – the Fuel Cells and Hydrogen Joint Undertaking has launched an international initiative to overcome this epic challenge. The overall objective of the project that was awarded the task is the development of protocols that allow quantitative identification and prediction of critical degradation mechanisms, correlating them with overall performance variables in selected stack components (fuel electrode, oxygen electrode and interconnect). These will build firstly on the analysis of numerous field-tested samples of SOC stacks provided by the indus...
Proton exchange membrane water electrolysis (PEMWE) is technically the most suitable technology for ...
This work presents an innovative model-based approach for the development of mathematical transfer f...
International audienceText: Degradation issues remain among the main factors impeding the developmen...
In order to finally and systematically address the growing need for accelerated stress tests, given ...
The longer lifetimes of solid oxide cells (SOC) – obtained and still required, both in fuel cell and...
AD ASTRA: Data from Experiments for Artificial Aging of the Fuel Electrode in Solid Oxide Cells via...
Paper on the strategy to accelerate the ageing process of anodes and cells based on SOFC to simulate...
An important step in achieving fundamental understanding of fuel cell failure mechanisms and develop...
International audienceTwo major issues are still to be solved in research on fuel cell systems: redu...
International audience<div id="abssec0010"><p id="abspara0010">Various research are currently do...
To establish a universal procedure to determine and predict the durability of components of PEM fuel...
International audienceProton Exchange Membrane Fuel Cell (PEMFC) technologies are considered as a pr...
To establish a universal procedure to determine and predict the durability of components of PEM fuel...
Stationary applications of Solid Oxide Fuel Cell systems require operating times of 40,000 to 80,000...
Proton exchange membrane water electrolysis (PEMWE) is technically the most suitable technology for ...
This work presents an innovative model-based approach for the development of mathematical transfer f...
International audienceText: Degradation issues remain among the main factors impeding the developmen...
In order to finally and systematically address the growing need for accelerated stress tests, given ...
The longer lifetimes of solid oxide cells (SOC) – obtained and still required, both in fuel cell and...
AD ASTRA: Data from Experiments for Artificial Aging of the Fuel Electrode in Solid Oxide Cells via...
Paper on the strategy to accelerate the ageing process of anodes and cells based on SOFC to simulate...
An important step in achieving fundamental understanding of fuel cell failure mechanisms and develop...
International audienceTwo major issues are still to be solved in research on fuel cell systems: redu...
International audience<div id="abssec0010"><p id="abspara0010">Various research are currently do...
To establish a universal procedure to determine and predict the durability of components of PEM fuel...
International audienceProton Exchange Membrane Fuel Cell (PEMFC) technologies are considered as a pr...
To establish a universal procedure to determine and predict the durability of components of PEM fuel...
Stationary applications of Solid Oxide Fuel Cell systems require operating times of 40,000 to 80,000...
Proton exchange membrane water electrolysis (PEMWE) is technically the most suitable technology for ...
This work presents an innovative model-based approach for the development of mathematical transfer f...
International audienceText: Degradation issues remain among the main factors impeding the developmen...