TOWARDS SUSTAINABLE DEVELOPMENT: THE IMPACT OF ENERGYEFFICIENT CONTROLS ON PROGRESS IN MECHANICAL AND ELECTRONIC ENGINEERING

Abstract

Energy-saving control systems play a pivotal role in the realm of mechanical and electronic engineering, facilitating the efficient management of mechanical and electrical equipment while curbing energy wastage. This article delves into the energy-saving control of asynchronous motors for vehicles, with the primary objective of reducing energy consumption and enhancing motor efficiency. The study also aims to extend the electric vehicle's operational range, contributing significantly to the advancement of Wang Mechanical and Electronic Engineering. By integrating energy-saving control systems into mechanical and electrical engineering, this research endeavors to amplify energy conservation without compromising the equipment's regular functioning, optimizing energy utilization and yielding superior performance. This not only augments the machinery and electronics sector but also fosters sustainable development across economic, energy, and environmental domains