Wireless Charging Station for Electric Vehicle Using Sun Tracking Solar Tree
Pawan Kumar Prasad
Electrical Engineering
Babu Banarasi Das Northern India Institute Of Technology - Lucknow
pawanprasad198@gmail.com
ABSTRACT :
The rapid-fire growth of electric vehicles( EVs) has stressed the need for effective and sustainable charging structure. This abstract presents a new approach to address this challenge by introducing a wireless charging station for EVs that utilizes a sun tracking solar tree. The proposed system harnesses solar energy through an innovative sun tracking solar tree, which consists of multiple solar panels arranged on branches that move according to the sun's position. The sun shadowing medium optimizes solar energy collection throughout the day, maximizing the charging effectiveness and reducing reliance on the grid. The wireless charging technology incorporated in the station enables accessible and flawless charging for EVs. It eliminates the need for physical connections, allowing for royal charging without mortal intervention. This technology is grounded on electromagnetic induction, where power is transferred wirelessly between the charging station and the EV through a charging pad and a entering coil integrated into the vehicle.The sun tracking solar tree charging station offers several benefits. originally, it provides a sustainable and environmentally friendly result by exercising clean solar energy to power EVs. Secondly, the wireless charging capability eliminates the vexation and hazards associated with traditional draw- in dishes, enhancing stoner experience and safety. likewise, the sun shadowing medium enhances the overall effectiveness of the charging process, performing in reduced charging time and increased vacuity of charging stations.The perpetration of such a charging station structure would bear a network of sun tracking solar trees strategically placed in areas with high EV business. Integration with being electric grids and smart grid technologies can enable effective operation of power distribution and cargo balancing. In conclusion, the wireless charging station using a sun tracking solar tree represents an innovative and sustainable approach to address the charging structure requirements of electric vehicles. This abstract highlights the implicit benefits of this system, including enhanced charging effectiveness, convenience, and reduced environmental impact. farther exploration and development are necessary to optimize the design, cost- effectiveness, and scalability of this result to meet the growing demand for electric vehicle charging structure.
