How To Save Energy Of Micro Gear Motor?

Geared motors are typically utilized for transmission devices with low speed and high torque. When in use, it uses a lot of electricity. Everyone is now concerned about the issue of energy conservation. So, how can micro gear motors be made to use less energy? I'll introduce myself to you below.

1. Pick an energy-efficient motor

High-efficiency motors use high-quality silicon steel sheets and copper windings in addition to having a more optimized structural design than ordinary motors, which successfully lowers a variety of losses. High-efficiency motors are becoming more and more popular because they can typically cut loss by 20–30%, boost efficiency by 2–7%, and considerably extend service life.

2. Substitute a magnetic slot wedge for the standard slot wedge.

The no-load iron loss in the motor can be easily decreased using the magnetic slot wedge. The cogging effect is mostly to blame for the increased iron loss at no-load. High frequency extra iron loss occurs when the stator and rotor are stimulated in the iron core. 

3. Use Y/ automated conversion technology.

The motor will frequently consume energy when the equipment is in the light load mode, however the energy consumption can be decreased by utilizing the Y/ automated conversion device without changing the motor. Due to the method's different power usage, the voltage's Gauss is likewise different.

4. Compensation for reactive power factor in motors

The ratio of active to perceived power is frequently referred to as the power factor. The current is bigger the lower the power factor is. If the load can be fixed and the power supply's voltage remains constant, the larger the current will be the lower the power factor. More energy may be saved the greater the power factor.

The four strategies listed above were developed by Vshida Micro Motor to reduce energy consumption in geared motors. Please feel free to contact us if you have any further questions concerning motors.