Intellectual Property India Publishes Patent Application for Ai-Based Battery Health Assessment And Smart Sorting System With Iot-Enabled Safety Isolation For Electric Vehicle Battery Swapping Stations

MUMBAI, India, Nov. 2 -- Intellectual Property India has published a patent application (202641125860 A) filed by Srm Trp Engineering College on October 22, 2026, for Ai-Based Battery Health Assessment And Smart Sorting System With Iot-Enabled Safety Isolation For Electric Vehicle Battery Swapping Stations.

Inventors include Vb Nikkhisha; Dharshini R; Manikandan Gurusamy; Sanjay S; and Dr. R. Santhosh Kumar.

The application for the patent was published on October 30, 2026, under issue no. 44/2026.

Abstract: The increasing deployment of electric-vehicle battery-swapping infrastructure has created a need for intelligent systems that can automatically assess the condition of a returned battery and safely handle it with minimal manual intervention. The present invention relates to an AI-Based Battery Health Assessment and Smart Sorting System with IoT-Enabled Safety Isolation for EV Battery-Swapping Stations. A battery placed at a Battery Input and Docking Unit (101) is monitored by a Voltage Sensor (102), Current Sensor (103), and Temperature Sensor (104), whose time-series readings are processed by a Processing Unit (106) executing an LSTM-Based State-of-Health Prediction Module (107) to estimate the battery's remaining health. Based on the predicted health grade, a Sorting and Classification Controller (108) actuates a Sorting Actuator (109) and Sorting Conveyor/Diverter Mechanism (110) to automatically direct the battery into a Grade-A Battery Rack (111), Grade-B Battery Rack (112), or Grade-C Reject Battery Rack (113). providing authorised personnel with real-time information regarding battery grading and station status, and a Notification Module (120) generating alerts upon detection of a fault or ejection event. The proposed system combines AI-based predictive health grading, automatic multi-category sorting, real-time safety isolation, and IoT-based remote management, thereby reducing manual intervention, improving grading consistency, and enhancing the safety of EV battery-swapping operations.

Disclaimer: Curated by HT Syndication.