The technological innovation direction of future permanent magnet motors is mainly reflected in the following aspects:

First, high efficiency. With the improvement of energy conservation and emission reduction requirements, high-energy-consuming and bulky machinery and equipment will be eliminated, and efficient and simple permanent magnet motors will inevitably develop rapidly. By optimizing electromagnetic design and adopting advanced control algorithm, the energy conversion efficiency is improved and energy consumption is reduced.

Second, systematization. With the aim of maximizing energy utilization, the system energy utilization can be maximized by combining the optimal rotation mode and intelligent control. For example, according to the load demand, the operation state of the motor is accurately regulated.

Third, intelligence. Combined with the Internet of Things technology, big data analysis and modern control technology, improve the level of system automation and intelligence, reduce labor intensity and labor costs. Such as self-protection, energy-saving optimization and status visibility and other functions.

Fourth, solve the transmission bottleneck. It adopts gearless direct drive to solve the problems of long transmission chain, large volume, significant vibration and noise, separate mechanical and electric drive, oil leakage and pollution, service life and maintenance.

Fifth, material innovation. Actively explore new environmentally friendly permanent magnet materials to reduce reliance on rare elements and reduce the risk of environmental pollution.

Sixth, integrated development. The motor is deeply integrated with the equipment, and is designed for specific load requirements, rather than making the motor into a standard part.

Seventh, application development. Further expand applications in electric vehicles, wind power generation, aerospace, precision manufacturing, smart home and other fields, and constantly improve performance and functions.