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The maximum power densities from these two cases are quite different as seen in Fig. 9.
The maximum power densities of GAC, GS,CFC and GG packed MFCs showed a decreasing trend.
It is clear that current collectors of different sizes will result in different maximum power densities.
In addition, the maximum power densities for such a fuel cell were also analyzed.
Adding a plastic mesh to compress the separators improved maximum power densities.
The maximum power densities of the cell are ~726 and ~569 mW/cm2 at 850 and 800 °C, respectively.
Table 7 shows the maximum power densities obtained from the analysis for 3D cylindrical and 2D rib-type current collectors.
The maximum power densities of four different cathodic materials packed MFCs are shown in Additional file 1: Table S1.
Methanol and glycerol produced the maximum power densities of 4.08 and 2.58 mW cm−2, while D-glucose and D-xylose generated the maximum power densities of 3.92 and 3.67 mW cm−2, respectively.
Maximum power densities from 0.56 to 0.83 W m−2 were observed for MFCs fed with different feedstocks.
The analyses of overall power distribution and the maximum power densities on each of the beamline components have been updated.
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