Advance Electric vehicle System for Minimization of wiring Harness Using IoV

Abstract

The rapid growth of the electric vehicle (EV) market demands innovative solutions to optimize vehicle design, improve efficiency, and enhance user experience. Traditional vehicles heavily rely on extensive wiring harnesses to interconnect various components and systems, leading to increased weight, complexity, and production costs. This abstract presents an advanced electric vehicle system that leverages the power of the Internet of Vehicles (IoV) to minimize wiring harnesses, utilizing components such as Wi-Fi, Thinkspeak cloud, Buzzer, solar plat, charging storing in Battery, LED indicators, voltage and current sensor and other smart electronic devices. The proposed system employs Wi-Fi connectivity as a robust wireless communication technology within the vehicle. By utilizing Wi-Fi, the need for physical wiring is significantly reduced, enabling seamless data transfer between vehicle components and the central control unit using ESP-32 now wireless Communications. This approach streamlines the vehicle's internal architecture, leading to a cleaner and lighter design, ultimately improving energy efficiency and reducing manufacturing complexity. Furthermore, the integration of the Thinkspeak cloud serves as a centralized data storage and analysis platform. Thinkspeak cloud enables real-time monitoring and remote access to critical vehicle parameters and performance metrics, facilitating efficient fleet management and predictive maintenance. The cloud-based solution enhances the vehicle's connectivity and allows for over-the-air updates, enabling continuous improvements and adaptability to emerging technologies.