In January 2025, a heavyweight news came out from the China Electrical Equipment Industry Association, triggering widespread attention both inside and outside the brushless motor industry. In order to keep up with the booming development of the brushless motor industry and accurately adapt to the dynamic changes in market demand, the association officially announced that it will comprehensively revise the current standards for the brushless motor industry.
In recent years, brushless motors have achieved explosive growth in many fields due to their outstanding performance advantages. From efficient operation of industrial automation production lines to key support for new energy vehicle drive systems; From precise control of smart home devices to rigorous application of aerospace equipment, the presence of brushless motors is ubiquitous and has become a core force driving technological innovation in various industries.
However, with the increasingly widespread application scenarios and accelerated technological iteration, the existing industry standards are gradually unable to meet the needs of current development. In this revision work, energy efficiency indicators are given top priority. In the context of global energy conservation and emission reduction, improving the energy efficiency of brushless motors means significantly reducing energy consumption in various usage stages. Whether it is reducing operating costs for factories or helping end products achieve better energy-saving performance, it has profound significance.
Security issues cannot be ignored either. The application scenarios of brushless motors are becoming increasingly complex, involving various working conditions such as high temperature, high pressure, and high speed. Ensuring their safe operation in any situation not only concerns the personal and property safety of users, but also serves as the foundation for sustainable development of the industry. The new standard will refine safety regulations and establish stricter requirements for insulation performance, overheating protection, electromagnetic compatibility, and other aspects of motors.
Reliability is a key dimension for measuring the quality of brushless motors. In fields such as aerospace and medical equipment that require high stability, the consequences of motor failure are unimaginable. By revising the standards, strict control is exercised over the material selection, manufacturing process, durability testing, and other aspects of the motor to ensure that the brushless motor can still operate stably under long-term and high-intensity working conditions.
The relevant person in charge of the China Electrical Equipment Industry Association stated that this standard revision is a forward-looking and leading action aimed at further regulating all aspects of brushless motors from production source to terminal sales through a sound standard system. On the one hand, it encourages production enterprises to continuously optimize and upgrade their technology and processes, and improve product quality; On the other hand, providing clear and reliable purchasing criteria for consumers and buyers, creating a healthy and orderly market environment, injecting strong momentum into the long-term development of the brushless motor industry, and helping China continue to lead the world trend in the key technology field of brushless motors. I believe that under the guidance of new standards, the brushless motor industry will surely move towards a more brilliant tomorrow.