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Energy saving and power supply capacity of inverter
Due to the power factor and efficiency of the inverter, using it increases the power supply capacity.
In fact, the measured current on the input side of the converter is larger than the load side (output side).
Does energy saving start when the current on the input side of the current value is reduced (by lowering speed) to less than the current during normal load operation?
In fact, the measured current on the input side of the converter is larger than the load side (output side).
Does energy saving start when the current on the input side of the current value is reduced (by lowering speed) to less than the current during normal load operation?
- Category :
Answer
Energy saving is achieved by switching from the commercial power supply to the inverter to operate the motor.
When the inverter reduces motor speed, it also reduces voltage applied to the motor.
This reduces power consumption and saves energy compared with commercial power supply operation that rotates the motor at a constant speed.
If the motor is operated at the same speed as commercial power supply operation by the inverter, more current flows due to the power factor and efficiency of the inverter and energy saving is not achieved.
When the inverter reduces motor speed, it also reduces voltage applied to the motor.
This reduces power consumption and saves energy compared with commercial power supply operation that rotates the motor at a constant speed.
If the motor is operated at the same speed as commercial power supply operation by the inverter, more current flows due to the power factor and efficiency of the inverter and energy saving is not achieved.
- Product Name
- Inverter, magnet motor drive
- Series
- Others
