MUMBAI, India, Aug. 31 -- Intellectual Property India has published a patent application (202641097908 A) filed by B. Christyjuliet; Harishrajan V; Jayanta Rohieth P; Sandilyan C; and Sudhiksha G on August 13, 2026, for Solar-Power Wireless Inductive Charging And Iot-Based Monitoring System For Electric Vehicle Batteries Using Rectangular Coil Coupling.
Inventors include B. Christyjuliet; Harishrajan V; Jayanta Rohieth P; Sandilyan C; and Sudhiksha G.
The application for the patent was published on August 28, 2026, under issue no. 35/2026.
Abstract: A solar-powered wireless inductive charging and monitoring system for electric vehicle batteries is disclosed, comprising a photovoltaic array (100), an input filter (110), •a DC-DC boost converter (120), and a high-frequency inverter (130) configured to drive _ a rectangular transmitter coil (200). A correspondingly shaped rectangular receiver coil (210) mounted on the vehicle receives power by mutual inductive coupling without a physical connection, and the received alternating current is converted to regulated direct current by a rectifier and filter unit (300) for charging a battery (400). A monitoring and control unit (500) comprising an embedded microcontroller (510), voltage and current sensing modules (520, 530), and a relay-based charge control switch (540) measures charging parameters in real time and automatically prevents overcharging. A local display unit (550) and visual status indicators (560) provide local feedback, while a wireless communication interface (570) transmits operational data to a remote loT server (600) for remote monitoring. The power-conversion and coupling chain is validated through MATLAB/Sirnulink modelling and a reduced-scale hardware prototype, providing a safe, efficient, cable-free, and remotely observable solar charging solution for electric vehicles.
Disclaimer: Curated by HT Syndication.
