… to apply fault mitigation strategies to fuel cell powered … part that can be used for fault
identification purposes. The framework … defined thresholds, a fault detection is triggered. …

… The health indicators and fault diagnosis techniques of PEMFC were discussed in … The
intrinsic factors mainly point to some uncertainties in the process of fuel cell design, …

… of CO in the fuel supplied to the fuel cell. The … fuel cell (PEMFC) as compared to a phosphor
acid fuel cell. Other studies have discovered a means to improve CO tolerance of a fuel cell [2…

… fault diagnostics is known as Fault Tolerant Control (FTC), and as far as we know, FTC applied
to fuel cells … Then, possible alternative approaches for different faults mitigation are given …

… generalizable approach for applying fault mitigation strategies to fuel cell powered systems.
… ), the effects of faults occurring at stack or Balance of Plant (BoP) level can be mitigated via …

… Second, the ability to identify, mitigate, and reduce the occurrence of faults through the
use of robust control algorithms is crucial. Therefore, more focused on the second point, this …

… fault and permanent degradation of the cell materials. This paper presents results captured
during a detailed study conducted on a HTPEM fuel cell … performance of the fuel cell. The …

… inside the fuel cell. A high temperature and high gas flow contribute to mitigate flooding
by … The main objective of these fault trees is to clear out the relationships existing between …

… amongst the most critical for fuel cell durability. A description … considerations related to fuel
cell operation are reviewed. This … or mitigation strategies are listed and an illustrative fault tree …

… list costs for prototype fuel cell stacks but instead estimates the cost of a fuel cell stack being
mass produced at 500,000 units per year using 2008 state of the art fuel cell designs. The …