Intellectual Property India Publishes Patent Application for Intelligent Solar Tracking Based Electric Vehicle Charging Station With Adaptive Energy Management System.

MUMBAI, India, Aug. 31 -- Intellectual Property India has published a patent application (202621081402 A) filed by Paras Prakash Jadhav; Ms. Pranali Dnyaneshwar Thite; Ms. Sanvi Shivaji Chavan; Ms. Shital Shivaji Pawar; Mr. Ajinkya Nanasaheb Parde; Ms. Sonali. M. Nanaware; Ms. Vidyavati Hanjagi; and Ms. Sangeeta Somappa Jadhav on July 01, 2026, for Intelligent Solar Tracking Based Electric Vehicle Charging Station With Adaptive Energy Management System..

Inventors include Paras Prakash Jadhav; Ms. Pranali Dnyaneshwar Thite; Ms. Sanvi Shivaji Chavan; Ms. Shital Shivaji Pawar; Mr. Ajinkya Nanasaheb Parde; Ms. Sonali. M. Nanaware; Ms. Vidyavati Hanjagi; and Ms. Sangeeta Somappa Jadhav.

The application for the patent was published on August 28, 2026, under issue no. 35/2026.

Abstract: Abstract: The current innovation pertains to a charging station for electric vehicles (EVs) that is powered by renewable energy and features an intelligent adaptive solar tracking system, enabling efficient management of energy, conservation of the environment, and monitoring of performance in real time. A motorized photovoltaic (solar) panel is controlled by an embedded controller that enables it to automatically adjust and optimise its position based on readings taken from light sensors throughout the day, allowing for maximum solar energy collection. An energy management module dynamically allocates solar energy to charge the vehicle’s battery and utilises the grid when necessary to provide uninterrupted service to the electric vehicle while optimising overall energy efficiency. Environmental sensing features allow for the automated positioning of the solar panels to protect them from the elements and improve their usability. The use of wireless communication enables monitoring of EV charging parameters, energy production, battery status, system diagnostics, and operational performance via a remote monitoring service. By combining intelligent solar tracking, adaptive energy management, environmental protection, and smart charging into a compact package, the innovation ultimately creates significant increases in renewable energy, EV charging efficiency, operational safety, and overall sustainability through a decreased reliance on conventional grid electricity. The above-mentioned system can be used as a charging station for residential, commercial, industrial, highway, and smart city electric vehicles.

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