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Parameter W H 5 e Pe V + V op Pt 6 vr Title Cell width Cell height Inter-electrode gap Electrolyte resistivity IR-free polarization Compound resistivity Cl^-electrode thickness Cl^-electrode resistivity Reversible cell voltage Charge cell voltage Charge cell current Standard-Case Values 6 cm 10 cm 0.2 cm 3 ohm-cm 0.018 V 6 ohm-cm 0.2 cm 0.003 ohm-cm 2.12 V 2.18 V 1.8 A V I c g Table 31-2 SELECTED CELL PARAMETERS AND THEIR STANDARD-CASE VALUES The current distribution across the cell may be calculated from this circuit model. However, this must be considered as an approximate analysis, because of the discrete nature of the ladder circuit. The accuracy of the calculation is dependent upon the number of sections chosen for the circuit. The extreme case would be to take a sec tion of this circuit, define it as a differential segment, and integrate it over the width of the cell. This in essence is the basis of the following analysis. CALCULATION OF CURRENT-DENSITY DISTRIBUTION By integrating a differential segment of the circuit model over the cell width, an expression in terms of current density was derived. This expression allowed for the current density to be calculated at any point across the cell width. 31-9PDF Image | Development of the Zinc-Chlorine Battery for Utility
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