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Experimental tests were conducted with three control objectives: maximum fuel cell power, maximum fuel cell efficiency, and adaptive.
The results indicated a maximum fuel cell efficiency of 63% and an overall system efficiency of 35.4%.
The result of this phase showed an overall system efficiency of 35.4% and a maximum fuel cell efficiency of 63%.
Maximum fuel cell performance was obtained utilizing a microporous layer with carbon loading of 1.0 mg cm−2 when air was used as an oxidant.
Nevertheless, fuel cell system controls is a central part of proper fuel cell operation to gain a maximum fuel cell lifetime.
The optimum temperature for attaining the maximum fuel cell performance was at 75 °C while it reduced by decreasing the temperature to 50 °C or increasing it to 85 °C.
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This paper develops a new thermodynamic model that predicts maximum fuel-cell efficiency and fuel utilization as a function of fuel composition and operating conditions.
In this topology, the first stage dc-dc converter is mainly used for two purposes: boost the dc link voltage and control DGs' output power with maximum power point tracking (in PV) or maximum efficiency operation (in fuel cell).
Furthermore, the maximum power of the fuel cell fed by pure oxygen increases 32% than that fed by atmospheric air in the test.
In terms of fuel cell maximum power density, the best non-noble metal catalysts for cathodes can achieve results as high as 0.98 W/cm2 and 0.41 with2 with feeds of pure O2 and air respectively.
It is necessary to operate a fuel cell at maximum power to ensure full efficiency.
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