广西灵赛翻译

电解铝用电特性研究（摘录）

　　另一方面，依靠强电流促使游离在电解质中的铝离子与电子结合，成为铝原子析出。电解厂房都是使用双厂房平行排列，在电解厂房的端头将电网送来的220KV或110KV交流电整流、降压到电压为4V，电流由电解槽型决定，电流一般在160~350KA，最低的有60KA，以恒定电流的直流电向电解槽供电，形成从正极出、负极返回的环形供电模式，采用大母线作为导线将电解槽一个接一个地串接起来。

In the other hand, it applies strong electrical current to urge the aluminium ion of dissociation in electrolyte to combine the electron and then separate out as aluminium atoms. The electrolysis plant uses double factory in parallel arrangement. It rectifies and reduces the AC 220KV or 110KV from the terminal of the network on the electrolysis factory to 4V. The electrolysis cell decides the demand of electrical current, which is 160~350KA in general, while 60KA as the lowest and is supplied to the electrolysis cell by the DC with a constant current. The supply mode forms that the electricity exceed from the positive pole and the negative pole to return, adopting the big bus to lead and connect the electrolysis cell together one by one.