MUMBAI, India, Sept. 22 -- Intellectual Property India has published a patent application (202641109591 A) filed by Sabarinathan E; Dr. A. Rajasekar; Ms. Divya K; Jeyakani P; Shweta Satish Shringarputale; Mrs. Komal Amit Bagal; P Priyadharsini; Dr. Chitralekha Jena; Babita Panda; and Dipali Karbhari Pawar on September 11, 2026, for Intelligent Multi-Device Wireless Charging Pad System For Electric Vehicles With Ai-Driven Adaptive Energy Management.
Inventors include Sabarinathan E; Dr. A. Rajasekar; Ms. Divya K; Jeyakani P; Shweta Satish Shringarputale; Mrs. Komal Amit Bagal; P Priyadharsini; Dr. Chitralekha Jena; Babita Panda; and Dipali Karbhari Pawar.
The application for the patent was published on September 18, 2026, under issue no. 38/2026.
Abstract: Abstract An AI-enabled wireless charging pad for multiple devices designed primarily for electric vehicles (EVs) is capable of real-time monitoring, flexible power distribution, and predictive energy management. The system fuses the primary and secondary induction coils with high-power electronics, embedded controllers, and IoT-enabled (Internet of Things) thermal and alignment sensors. An AI-based control system that uses reinforcement learning, LSTM networks, or other deep learning methods is able to control coil frequency, voltage, and phase, and power to minimize energy loss while maximizing transfer. An engine for energy management of multiple devices prioritizes EVs to be charged and redistributes energy accordingly to battery state of charge (SoC), priority of the device, and operational demands to allow safe, balanced, and efficient charging. The system autonomously predicts and monitors with respect to maintenance, identifying and addressing problems such as coil misalignment, excessive current, overheating, or foreign object interference. The operational efficiency and sustainability of systems deployed in a smart grid and cloud infrastructure, capable of remote monitoring and analytics to facilitate a real-time response, can be further optimized and improved thanks to changes in energy demand or electricity pricing. This invention offers a modular, scalable, and highly efficient wireless charging systems that can be used in electric mobility infrastructures and can be used to accommodate charging of both. This innovation assists in the management of intelligent, multi-device and sustainable systems in residential, commercial, public and fleet EV charging.
Disclaimer: Curated by HT Syndication.
