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ADJUSTABLE WEIR ELECTRODE CHLORINE ELECTRODE CHLORINE CONTACT BLOCK (FRAME & MANIFOLD) PLASTIC SPACER PLASTIC ELECTRODE FRAME Figure 35-1. Exploded View of the Chlorine Electrode Test Cell TESTING METHODS The test cell shown in Figure 35-1 was designed to allow rapid removal and replace ment of the chlorine electrode. The conditions selected for testing resemble those employed in the 45kWh battery modules. The test schematic is presented in Figure 35-2. Temperature was maintained at 30°C. In evaluating voltaic performance, higher electrolyte flow rates than with operating systems were employed. This ensures against slight variations in flow and/or dissolved chlorine level materi ally affecting discharge performance. Tests were made with the electrolyte chlo rine-saturated. The electrolyte was 3M ZnCl3 + KCL at a pH = 0. 35-3 ELECTROLYTE SUPPLY TUBE THREADED HOLES FOR ELECTRICAL CONTACTS (4 PLACES) STAND PIPES GLASS VIEWING PORTPDF Image | Development of the Zinc-Chlorine Battery for Utility
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