What is the effect of battery electrolyte? How to add battery electrolyte?

2022/04/08

  Author :Iflowpower – Portable Power Station Supplier

Effect of battery electrolytic solution: When the effect of electrochemical reaction, the electrode plate absorbs sulfuric acid in the battery electrolyte, releases electrical energy, no electrolytic solution, and the battery cannot be discharged, the battery is charged, the electrode plate is absorbed. The sulfuric acid, the electrode plate recovered to the initial state; the positive and negative electrode plate of the conductive effect of the battery is insulated, and there is no battery electrolyte, which is not formed by the current circuit, and the electrolyte is made of sulfuric acid by non-conductive pure distilled water. After the addition of sulfuric acid, distilled water is a medium that can conduct electricity, and the battery is launched between the external circuit.

When the complete current loop is constituted, the current is dried enough in the battery, and there is current to pass through the electrode plate. Electrochemical reaction, charging or discharge. How to add the battery electrolyte? JPG battery, if the electrolyte is insufficient, it is necessary to turn the battery panel, and then remove the riot hat to dry.

After adding, it is necessary to cover the anti-riot cap, and stick it with adhesive Battery panel, you must reserve the airway when paste the panel, and the aleration is completely visible, so that the anti-riot cap will lose breathing function. There are symbols on the battery, have a symbol of the upper and lower limit. Generally, the electrolytic solution is submerged by 1 cm above 1 cm.

If the electrolyte is higher, the discharge capacity of the battery can be improved in a short time, add some discharge capacity; it will make the polar plate, especially the positive electrode plate corrosion. Under the deep discharge cycle, speed up the positive plate softening. Follow the progress of the acid density, the solubility of the sulfate is greatly reduced, and the lead-over saturation of sulfate occurs during the discharge process, which is prone to coarse hard sulfate, resulting in negative electrode sulfate.

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