Design of Wireless Power Transmission Coils with Relative Position Transience

Wireless Power Transfer (WPT) represents a transformative approach to charging, eliminating the need for physical connectors and offering enhanced convenience and efficiency. The efficiency of power being transferred across the coil is based on various parameters, which includes coil dimensions, air gap, angle of alignment and the support circuity. Literature presents the design of compensation circuity to improve the effectiveness of power transfer. This research work proposes a design of compensation circuit which maintains a constant voltage of 12V across the secondary side. In this work, significantly incorporates a Blynk app using an embedded processor which continuously monitors the system in real-time. This inclusion in WPT system which enhance the effectiveness of the control system.