Wireless Power Transfer from a Hybrid Renewable Energy to Grid and Charging Stations Using IoT

Efficient and clean energy charging infrastructures are necessary due to the rising demand for sustainable energy solutions and the fast expansion of electric cars (EVs). A smart hybrid renewable energy based wireless power transfer (WPT) system that uses wind and solar photovoltaic (PV) to power the grid and electric vehicle charging stations is proposed in this project. Through the integration of various renewable energy sources, the system guarantees a consistent and dependable energy supply, lessens the impact of intermittent power production, and decreases reliance on traditional electricity generated from fossil fuels. In addition to offering a secure and hassle-free way for electric vehicles to charge wirelessly, the system is engineered to maximize energy consumption via smart energy management. A hybrid renewable energy generating unit, energy storage components, power conditioning units, and a resonance WPT module for electric vehicles make up the suggested system. Solar panels, wind turbines, battery storage, and WPT transmitters all contribute to a constant stream of real-time data that is collected by an Internet of Things (IoT) control and monitoring platform. Integration with grid demand response systems, remote monitoring, fault detection, adaptive load management, predictive charging schedules, and the Internet of Things (IoT) system are all made possible. To maximize system efficiency and minimize energy losses, this link guarantees that renewable energy is routed effectively between grid support and EV charging. The topic of wireless energy is the focus of this study. What we call "wireless power transfer" or "wireless energy transmission" really refers to the movement of electrical current from a generator to an appliance or other device that uses it, all without the need of physical wires. Power transmission methods that employ time-varying electro-magnets are collectively referred to by this name. When running cables between devices is too much of a hassle, too risky, or just not an option, wireless transmission is a lifesaver. One equipment, known as a transmitter, is linked to a power source—the mains power line, solar panels, or wind turbines—and uses electromagnetic fields to send electricity over space to another device, or devices, that can convert it back into electric power.