Electrode propulsion structure with unequal propulsion amount based on electrode erosion rule and electrode propulsion method

An electrode propulsion method, implemented by a processor, the electrode propulsion method comprising:

• establishing an erosion amount calculation model for at least one of a plurality of electrode blocks at multiple temperatures based on an erosion rule of an electrode after a kiln is disassembled and an erosion rule analysis of the electrode simulated by a kiln flow field;
• determining a total erosion amount of the plurality of electrode blocks in operation based on the erosion amount calculation model;
• grouping electrode blocks with a same or similar erosion amount to constitute an electrode module based on the total erosion amount of the plurality of electrode blocks;
• designing a plurality of silver plate modules and a plurality of propulsion modules corresponding to a plurality of electrode modules according to the plurality of electrode modules;
• optimizing a length of each of the plurality of electrode blocks based on the total erosion amount of the plurality of electrode blocks;
• determining a daily consumption of the plurality of electrode blocks based on a service life of the kiln and the total erosion amount of the plurality of electrode blocks;
• correcting the daily consumption of the plurality of electrode blocks based on the erosion rule analysis of the electrode simulated by the kiln flow field;
• determining an electrode consumption of the plurality of electrode modules during an electrode propulsion cycle based on the electrode propulsion cycle;
• and
• propelling the electrode with unequal propulsion amounts by the plurality of propulsion modules based on the electrode consumption of the plurality of electrode modules during the electrode propulsion cycle.