DRIVING EFFICIENCY GAINS IN MECHANICAL AND ELECTRONIC ENGINEERING THROUGH SMART ENERGY CONTROL SOLUTIONS

Abstract

The integration of energy-saving control systems within the realm of mechanical and electronic engineering has become a crucial approach to efficiently manage mechanical and electrical equipment, striving to maintain optimal equipment functionality while minimizing energy losses. Such practices hold paramount significance in the pursuit of energy-saving initiatives within the Wang Mechanical and Electronic Engineering domain. This paper centers its research on the energy-saving controller employed in asynchronous motors for vehicles, with the primary objective of curbing motor energy consumption and enhancing motor efficiency, ultimately extending the operational capabilities of electric vehicles. The findings of this study bear potential implications for the broader mechanical, electrical, and electronic sectors, providing a valuable reference point for their future application and development.