Solar Powered Wireless Electric Vehicle Charging Roads

Solar Powered Wireless Electric Vehicle Charging Roads

HOD. Prof. Kashmire.M.S 1,  Project Coordinator. Ms.Pinjarkar.S.S2,
Project Guide. Mrs. Kashmire.M.S3,
Ms. Vaishnavi Chavan4, Ms. Kanchan Pawar5, Ms. Nikita Dhage6, Ms. Sakshi Thakur7
HOD of Civil Department1 Lecturer, Department of Civil Engineering2

Project guide. Mrs. Kashmire.M.S 3 Student of Civil Engineering Department4,5,6&7

Bhivrabai Sawant Polytechnic Wagholi, Pune, India.

vaishchavan03@gmail.com.

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ABSTRACT - Electric vehicles (EVs) have emerged as sustainable transportation, offering promising solution to reduce greenhouse gas emissions and combat climate change. However, the widespread adoption of EVs largely depends on the development of efficient and accessible charging infrastructure.

This abstract introduces the concept of EV Charging Roads - an innovative technology that integrates electric vehicle charging directly into roadways, and EV Charging Roads enhanced with solar panels – generates clean energy. Creating a symbiotic infrastructure that address challenges such as range anxiety and limited charging infrastructure and offers dual benefit of reducing carbon emissions while extending the range and accessibility of electric vehicles.

This paper explores the principles, advantages, technological innovations, and potential environmental and economic impacts of EV Charging Roads and its integration with solar power. Additionally, it discusses the challenges and opportunities for implementing this groundbreaking technology, paving the way for a cleaner, greener, more sustainable and efficient future in transportation and energy systems.

KEYWORDS: Electric Vehicle (EV) charging, Wireless Power Transfer System, electromagnetic induction, Solar-Power Transmission, Energy Efficient Transportation, Roadway Infrastructure.