The article focuses on new magnetic materials for brushless motors, elaborating on the application of neodymium iron boron and other materials in brushless motors, deeply analyzing the principles of improving motor magnetic performance, efficiency, and torque density, comprehensively exploring their performance in high and low temperature special environments, and their broad application prospects in cutting-edge fields such as new energy vehicles and aerospace.
In the wave of Industry 4.0, brushless motors, as the core power source, are deeply penetrating into key fields such as intelligent manufacturing and aerospace with their high efficiency, energy saving, and precise control characteristics, promoting the transformation and upgrading of the global manufacturing industry from traditional models to intelligent and automated, reshaping the industrial landscape, and leading the new direction of future industrial development.
Under the wave of technology, brushless motors are deeply integrated with artificial intelligence. Through machine learning and deep learning, adaptive control, fault prediction, and other functions can be achieved. Despite facing challenges such as data acquisition and complex algorithms, the prospects are broad. This article will delve into this integration, taking you to appreciate the infinite potential of intelligent driving in the new era, and explore how technology can reshape the new future of motor applications.