Research on the Design of Efficiency Improvement and Loss Control of Wireless Charging System Based on Innovative Technologies such as Tesla

Abstract

Although wireless charging technology has broad prospects in many fields, traditional systems have problems such as low efficiency and high loss. Tesla coils are highly efficient and capable of long-distance energy transmission, providing a new direction for improving the efficiency and controlling losses of wireless charging systems. This paper studies the relevant methods based on innovative technologies such as Tesla. Firstly, it analyzes the basic principles and loss sources of the wireless charging system, such as coils, magnetic cores, circuits and radiation losses, etc. Then, methods for improving efficiency were proposed, including the application of Tesla coils, high-frequency resonance technology and the application of new materials; Loss control measures are also provided, such as optimizing the coil structure and parameters, adopting resonant compensation technology, and applying intelligent control strategies, etc. Finally, system optimization practices are carried out for typical scenarios such as electric vehicles, mobile devices and smart home devices. Both simulation analysis and practical application tests show that the proposed method effectively improves the efficiency of the wireless charging system in different scenarios, reduces losses, and provides an important reference for its further development and application.