From a technical point of view, shaded-pole motors mainly need to meet the following basic requirements:

1. High efficiency and low loss:

Shaded-pole motors should adopt advanced electromagnetic design and materials to achieve high efficiency, low iron loss and low copper loss, thereby improving the overall energy conversion efficiency. Typical efficiency can reach more than 85%.

2. High torque density:

The torque density of shaded-pole motors should be as high as possible to provide high power output in a small volume. This requires reasonable design of rotor and stator structures and optimization of magnetic flux design.

3. Reliability and durability:

As a key drive component, shaded-pole motors should have excellent reliability and service life. It requires simple mechanical structure, precise matching of parts, reliable bearing design, etc.

4. Precision control performance:

Shaded-pole motors should be equipped with advanced electronic control systems to achieve precise speed and torque control to meet the needs of various complex working conditions. The control system can be integrated inside the motor.

5. Small and lightweight:

Shaded-pole motors should be as small and lightweight as possible to meet the space and weight requirements of compact equipment for the drive system.

6. Low noise and low vibration:

The shaded-pole motor should produce lower noise and vibration during operation to adapt to noise-sensitive applications. This requires optimization in terms of structure, manufacturing and control.

7. Environmental adaptability:

The shaded-pole motor should have good environmental adaptability and be able to operate reliably for a long time under harsh environmental conditions, such as high temperature, high humidity, strong vibration, etc.

In short, as a new generation of high-performance motors, the shaded-pole motor needs to achieve a higher technical level in terms of efficiency, power density, reliability, intelligent control, etc. to meet the stringent requirements of future intelligent equipment for the drive system.