The field of design and control of drives and electrical machines has undergone significant transformation in recent years, driven by the accelerating demand for higher energy efficiency, greater power density, enhanced reliability, and seamless integration with renewable energy systems [...]
The intensive use of fossil fuels and human activity have caused climate change, increasing global temperatures [...]
With the increasing penetration of renewable energy and the growing use of power electronic interfaces, the operating characteristics of modern power systems are changing significantly [...]
Modern industrial electronic and electrical systems—converters, controllers, and electric motor drives among them—are exposed to electrical, mechanical, and thermal stresses that can lead to unexpected failures, production losses, and, in the worst cases, safety and environmental incidents [...]
Electrical power systems are undergoing a significant transition driven by decarbonization, electrification, digitalization, and the increasing inclusion of distributed energy resources [...]
Driven by the dual trends of electrification and intelligent technologies, multiple domains—including automobiles, railway, motorcycles, agricultural machinery, vertical takeoff and landing aircraft, and engineering vehicles—have undergone extensive electrification [...]
The article examines a “variable-frequency drive–induction motor” system of a pneumatic conveying device from the perspective of improving energy efficiency and enhancing the dynamic characteristics of the electric drive. A structural diagram of the frequency-controlled induction electric drive is presented, transfer f...
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