Dynamic and Static Wireless Charging of EVs Using Solar Energy

Electric vehicles (EVs) are becoming a more viable option for future transportation requirements as a result of their exceptional energy efficiency and emission-free performance. The growing demand for dependable and effective battery recharging techniques is driving the EV industry's expansion. Rapid, consistent, and cost-effective charging methods are critical to improving EV performance. Wireless charging is a convenient alternative to traditional cable charging methods because it eliminates the need for physical connections. EVs, despite their large battery capacity, often require frequent recharging due to their limited time retention. In contrast, traditional fuel-powered cars can refuel rapidly and travel longer distances. The problem is overcoming EVs' lengthy recharging times, especially while traveling. Dynamic and static wireless charging enables the transfer of power between moving and non-moving automobiles through Wireless Power Transfer (WPT) technologies. This innovative technique extends the driving range of EVs without the need for more expensive infrastructure or larger batteries. Furthermore, incorporating solar energy as the primary power source gives the proposed system a sustainable component that reduces environmental impacts. Using Faraday's Law of Induction, wireless charging becomes viable, lowering carbon emissions and promoting the use of sustainable energy, hence boosting sustainable development.