Energy-Efficient Remote Monitoring Techniques for Extending Device Battery Life and Enhancing Performance in Electric Vehicles

The system manages two battery packs, one as the primary source and the other as a backup, ensuring balanced power distribution for efficient energy usage. Voltage levels of both battery packs are continuously monitored, allowing real-time switching and preventing battery failures. The system detects potential fire hazards and triggers an immediate shutdown of the electric vehicle (EV) while activating safety alerts. Heat levels are monitored, and when overheating occurs, a cooling mechanism is automatically engaged to prevent damage. If fire or high temperature is detected, an alert system activates and provides real-time warnings both locally and remotely. This system is used to reduces dependency on fossil fuels and supports the integration of green energy sources.The system continuously temperature, and fire risk, for real-time tracking and diagnostics. The proposed system focuses on developing an advanced BMS that efficiently manages power distribution between two battery packs, allowing for uninterrupted energy supply. The system continuously monitors battery voltage and temperature, enabling real-time assessments of battery health and performance. This capability enhances convenience by providing real-time updates and alerts, enabling proactive battery management. Users receive notifications regarding critical situations, such as overheating or low voltage, ensuring they remain well-informed about their vehicle’s condition.