Optimizing Energy Efficiency in Wireless Power Transmission Systems for Industrial Applications

Abstract

Optimizing energy efficiency in wireless power transmission (WPT) systems is crucial for industrial applications, where energy consumption directly impacts operational costs and sustainability. Wireless power transmission offers a convenient and scalable solution for powering industrial equipment without physical wiring. However, existing WPT systems face significant challenges, including low transmission efficiency over long distances, interference from surrounding environments, and the high cost of energy loss during the transmission process. These limitations hinder the widespread adoption and effectiveness of WPT in industrial settings. To address these issues, the proposed method introduces the Industry-Based Wireless Power Transmission (I-WPT) system, a novel framework designed to enhance energy efficiency in industrial applications. The I-WPT system incorporates advanced algorithms and optimized power transfer protocols to minimize energy losses and ensure stable, long-distance power transmission in complex industrial environments. The findings demonstrate that the I-WPT system significantly reduces energy loss compared to conventional wired and wireless power systems. The proposed method offers a sustainable, cost-effective solution for modernizing industrial power systems.