Development of the Zinc-Chlorine Battery for Utility

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Development of the Zinc-Chlorine Battery for Utility ( development-zinc-chlorine-battery-utility )

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TERMINAL BUS BAR SEAL STRIPS TRAY ASSEMBL' > CONNECTOR BAR •ZINC ELECTRODE STACK SUPPORT SHELF COMB ASSEMBLY Figure 23-1. SUMP UNIT CELL DESIGNATIONS Cutaway Drawing of 20kWh Battery Stack Table 23-1 PATTERN OF ZINC DEPOSITION IN UNIT CELLS UNIT CELL DESIGNATIONS. UNIT CELL DISTRIBUTION MANIFOLD ELECTROLYTE INLET HEADER MANIFOLD COVER CONTROL TUBE CHLORINE ELECT. FRAME •CHLORINE ELECTRODE Unit Cell 10R 9R 8R 7R Average Weight/Plate 15.295g 15.130g 14.418g 13.975g felt to be due to parasitic current losses. 10R and 7R is 7.8%. The percentage weight difference between The thickness variation on the zinc plates also was examined. Four plates from cell number 10R and two plates from cell number 9R were selected. The differences were measured with a micrometer. The overall thickness of the plates was found to vary 23-3

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