大型预焙槽低电压控制节能分析

Analysis on Energy Saving by Low-voltage Control Over Large Pre-baked Electrolytic Cell

结合320 kA电解槽低压运行实验,总结低电压运行过程的关键控制点,通过强化电流、调整电解质成分等手段,达到节能、低耗、高效的目的。

Based on the experiment on low-vohage operation of 320 kA electrolytic cell, this paper concludes the critical eontrol point during low-voltage operation. By means of raising electric current and adjusting electrolyte composition, the goals of energy saving, low consumption and high efiqeieney are achieved.