TD series 15kva pure sine wave inverter
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The battery is responsible for the oxidation and reduction reactions of the electrolyte with the metal. When two different metal species, called electrodes, are put into a dilute electrolyte, oxidation and reduction reactions take place in the electrodes, respectively, depending on the electron affinity of the electrode metals. As a result of the oxidation reaction, one electrode is negatively charged, called the cathode, and due to the reduction reaction, the other electrode is positively charged, called the anode.
The cathode forms the negative terminal of the battery, while the anode forms the positive terminal of the battery. To properly understand the fundamentals of batteries, first, we should have some basic concepts of electrolytes and electron affinity. In fact, when two dissimilar metals are immersed in an electrolyte, a potential difference is created between these metals.
It was found that when certain specific compounds are added to water, they dissolve and produce negative and positive ions. This compound is called an electrolyte. Popular examples of electrolytes are almost all types of salts, acids and bases, etc. The energy released in the process of accepting electrons by a neutral atom is called electron affinity. Since different materials have different atomic structures, the electron affinity of different materials will also be different.
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