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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RESULTS Effect of Electrolyte Static Head Voltage-Time Profile vs. Static Head. The effect of electrolyte static head on the voltage-time profile was studied extensively in a 4" electrode cell employing static heads of 0.10", 0.30", 0.80", 1.80", 3.10", and 4.10". Figure 32-3 compares the three-step discharge profiles for static heads of 0.50" and 4.1". These profiles are identical in shape, indicating that the effect of static head on the shape of the voltage-time profile is not significant. CHARGE TaToSO" STATIC HEAD _ &■j-I ! : ; CO G.J “r if (b.) 4.10" STATIC HEAD DISCHARGE c coc cp„Qr„Q, o.o OOP 6„_g..6jarg.&6 o o 6 9 ^ TIME — hours Figure 32-3. Voltage-Time Profile for 4" Electrode For the 6" and 8" electrode cells, the static head effect was evaluated in constant 2 current discharge mode, i.e. 30mA/cm . A comparison of the discharge profiles for a 0.38" static head and a 4.25" static head on a 6" electrode cell again shows no 32-6

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