Collaborative Wireless Energy Charging System in Wireless Sensor Networks

In monitoring scenarios like crop fields, fixed infrastructure for powering devices may not always be feasible. Consequently, research aimed at improving performance has become crucial. In this paper, we propose a collaborative wireless energy charging system within a Wireless Sensor Network (WSN). This system enables energy transmission between nodes using a Tesla coil-based approach. Our results demonstrate the feasibility of transmitting energy over significant distances. Additionally, a collaborative algorithm will control the entire process of energy sharing between nodes.