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Figure 3. 20. Comparison of the pressure drop for different flow field designs with the same active and channel cross-sectional area for the data from Messaggi’s article. [43] This plot suggests pressure drop along RFBs with IFF is lower than the similar with SSFF. 3.8.4- Analysis of the effect of different DNs on the overall pressure drop Identifying the dimensionless parameters and the dependence of pressure drop on them is important for RFB cell design while stacking and scaling up. The HEAM is a tool to understand these dependences, therefore, it is utilized to demonstrate the relationship between the pressure drop and effective dimensionless numbers. The main assumption for the cases that are not fitted to experimental data is that the C-values remain the same for different scenarios using the same electrode or the same FF design. This assumption is a weak one, which can be strengthened by implementing more experimental data and extracting C-values for each case. Nevertheless, the results presented from implementing the HEAM gives useful insights on the impact of each dimensionless number on the pressure drop. 59PDF Image | Analysis of Fluid Flow in Redox Flow Batteries
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