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The power supply system of an electric forklift consists of a lithium battery, a regulator, a generator, and a working condition indicator device, all of which coordinate and work together. As the second power source for electric forklifts, batteries mainly supply power to the starter motor and serve as auxiliary power when the generator does not generate electricity or the power supply is insufficient. It is a chemical energy source, an energy storage device that is repeatedly used for discharge and charging, also known as a secondary battery. What is the structure of an electric forklift battery? Let me introduce you to the forklift battery manufacturer.

The lithium battery of an electric forklift is composed of an electrode plate, a separator, electrolyte, an outer shell, an electrode column, and a connecting plate. The terminal voltage of each battery is 2V. Six identical batteries are connected in series to obtain a battery with a nominal voltage of 2V. Including positive and negative plates, composed of a grid frame and active materials coated on the grid frame. The active substance on the positive electrode grid is lead dioxide, which is brown in color; The active substance on the negative electrode grid is sponge like lead, which is blue gray in color. The positive plate is sandwiched between two negative plates, one less than the negative plate. There is also a partition between the positive and negative plates to avoid internal short circuits caused by contact between the positive and negative plates. The material of the partition is usually wood, microporous rubber, glass fiber, etc. Electric forklift manufacturers tell everyone that micro porous rubber and micro porous plastic are widely used.

The battery casing of an electric forklift is used to accommodate the electrolyte and electrode group. The shell material is mainly made of hard rubber and engineering plastics, which are acid resistant, heat resistant, and vibration resistant. The connecting plate and electrode are used to connect the internal and external circuits of the battery. The pole shape of a battery is cylindrical or ear shaped, usually marked with "+" and "-", or the positive pole is coated with red paint. The connection plate and electrodes of the hard rubber shell battery are exposed on the surface of the battery, while the connection plate of the plastic shell battery is inside the battery, leaving only positive and negative electrodes. After z, the electrolyte of the battery is prepared by mixing pure sulfuric acid and pure water in a certain proportion. During use, the density of the electrolyte varies between 1.01 and 1.28 grams per centimeter. Electric forklift manufacturers tell everyone that preparing electrolytes requires distilled water and ion exchange water, which can improve battery performance and service life.

The above is the structure and introduction of lithium batteries. Lithium batteries are a very important component of electric forklifts. Understanding its structure helps buyers and drivers to judge quality, maintain and repair electric forklifts.

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