Mechanical PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC needs to rely on centrifugal force, gravity and other mechanical forces to separate iron impurities, and its energy consumption mainly comes from the operation of the driving equipment. If the power of the drive motor is 3 kW and the running time is 5 hours, then the power consumption of the motor is 35 = 15 KWH. In addition, some auxiliary parts of the equipment (such as vibration devices, etc.) will also consume a certain amount of electricity.
The energy consumption cost of mechanical PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC iron removal equipment is relatively low, but its iron removal effect may not be as good as the electromagnetic and permanent magnet iron removal equipment. Moreover, the processing capacity of mechanical iron removal equipment may be relatively small. If a large number of graphite raw materials are to be processed, it may be necessary to increase the number of equipment or extend the operation time, which will increase the purchase cost of the equipment and the overall energy consumption cost of the equipment.
The energy consumption cost of electromagnetic PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC iron removal equipment is relatively high because it requires constant electricity input to maintain the magnetic field. For example, when dealing with graphite with higher iron content, the current in the coil is increased to enhance the magnetic field. According to P=I2R, the power increases greatly when the current increases, leading to a higher energy consumption cost.
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