This article focuses on the field of smart homes and explains how brushless motors have become a key driving force. Taking smart curtains, robotic vacuum cleaners, range hoods and other equipment as examples, this article showcases their advantages of low noise, high efficiency, and precise control, revealing that enterprises are leveraging this opportunity to help create convenient and comfortable smart homes, and looking forward to the broad prospects of brushless motors.

In January 2025, the China Electrical Equipment Industry Association announced that it will comprehensively revise the industry standards for brushless motors. Currently, brushless motors are rapidly developing in various fields such as industry, new energy vehicles, smart homes, aerospace, etc., but the original standards are difficult to meet current demands. This revision focuses on energy efficiency, safety, and reliability, aiming to standardize the production and sales process, promote enterprise upgrading, assist consumers in purchasing, and escort the industry to new heights.

Recently, there have been remarkable achievements in the field of brushless motors. Nantong Changjiang Electric implements sensorless control to improve response and accuracy; MoTuo Electromechanical optimizes energy management; Zhangjiagang Huajie Electronics overcomes the heat dissipation problem; Shanghai Chengxiang Electromechanical Stable Motor Speed; Shaanxi Aerospace Power reduces electromagnetic interference. These innovations will drive the industry forward and make brushless motors better serve life.

This article focuses on the birth process of brushless motors. Li Hongtao, in the face of the death penalty, relied on his research on brushless motors to turn the tide and change his fate; Another small town inventor named Jack, inspired by an accident, broke through tradition and created the world's first brushless motor; Engineer Emily cleverly applied it to bicycles, stunning everyone. Showcasing the emergence of brushless motors from adversity, catalyzed by inspiration, achieving practical breakthroughs and leaving a shining trail in the long river of technology.

Brushless motors shine in the river of technology. From germination to practicality, and then to outstanding achievements in multiple fields, this article traces its history, looks at how it has grown, and looks forward to its cutting-edge new articles.

This article provides a detailed introduction to the methods for selecting brushless motors that are suitable for specific needs. Analyze from multiple aspects such as application scenarios and load characteristics, performance parameters, motor size and installation methods, control methods and compatibility, as well as cost and reliability, to provide comprehensive guidance for selecting brushless motors under different needs.

The article summarizes the achievements of brushless motors in market expansion, technological development, industry competition, and policy support in 2024, demonstrating the broad development prospects of the brushless motor industry

This article delves into various control strategies for brushless motors, including trapezoidal control, sine wave control, field oriented control, direct torque control, sliding mode control, adaptive control, fuzzy control, and neural network control. Each control strategy has its unique advantages, disadvantages, and applicable scenarios, providing important references for fully leveraging the performance advantages of brushless motors.