Introduction to the battery of Perfte crawler electric transfer vehicle
2020-12-21
Battery trolley car battery, as an indispensable source of electrical energy in daily life, exists as a power supply device in a large number of electrical appliances. But how does the small battery drive such a heavy flat car to transport more than ten tons of goods?
The principle of the battery trolley car battery is nothing more than the mutual conversion of electric energy and chemical energy. However, in the field of electric flat cars, a single piece of battery power certainly cannot provide enough power. At present, the batteries on the market use battery trolley car metal lead as The positive and negative electrodes of the battery undergo oxidation-reduction reactions at the same time under the premise that the electrolyte is sulfuric acid. When charging, the two poles produce lead and lead dioxide respectively through lead sulfate. When discharging, lead is oxidized to lead sulfate, and lead dioxide is reduced to lead sulfate. This cycle repeats to achieve the conversion of chemical energy and electrical energy. It is not enough to only know the principle of the battery. In the field of electric flat cars, due to the huge load, the batteries are often in the form of battery packs, and the capacity of each battery is very large. Generally speaking, the volume of the battery in an electric flat car is very large. Although the principle is similar to that of a household battery, the amount, power, and volume are very different.
The principle of the battery trolley car battery is nothing more than the mutual conversion of electric energy and chemical energy. However, in the field of electric flat cars, a single piece of battery power certainly cannot provide enough power. At present, the batteries on the market use battery trolley car metal lead as The positive and negative electrodes of the battery undergo oxidation-reduction reactions at the same time under the premise that the electrolyte is sulfuric acid. When charging, the two poles produce lead and lead dioxide respectively through lead sulfate. When discharging, lead is oxidized to lead sulfate, and lead dioxide is reduced to lead sulfate. This cycle repeats to achieve the conversion of chemical energy and electrical energy. It is not enough to only know the principle of the battery. In the field of electric flat cars, due to the huge load, the batteries are often in the form of battery packs, and the capacity of each battery is very large. Generally speaking, the volume of the battery in an electric flat car is very large. Although the principle is similar to that of a household battery, the amount, power, and volume are very different.
