Smart Power Management and Traffic Control System for Electric Vehicle Using Arduino Mega

Smart Power Management and Traffic Control System for Electric Vehicle Using Arduino Mega

[1] Syed Feroze Hussain S,

Assistant Professor

Engineering, DMI College of Engineering,

1firoze486@gmail.com

[3] Mohamed Arshath S,

Department of Electronics and Communication Engineering, DMI College of Engineering,

smarshath2610@gmail.com

[2] Logendran V,

Department of Electronics and Communication Engineering, DMI College of Engineering,

gva.logesh@gmail.com

[4] Yogesh A,

Department of Electronics and Communication Engineering, DMI College of Engineering,

yogiy3775@gmail.com

Abstract-This paper presents a Smart Power Manage­ment and Traffic Control System for Electric Vehicles (EVs) using Arduino Mega The system enhances EV efficiency by managing dual power sources solar panels and batteries through DC voltage sensors and an LDR-based solar tracking servo mechanism. A dual-battery setup enables one battery to charge while the other powers the DC motor, with relay-based automatic switching for uninterrupted opera­tion. For intelligent traffic control, the system uses RSSI (Received Signal Strength Indicator) to automate vehicle responses to traffic lights, improving road safety. Real-time data on power, battery levels, and traffic signals is pro­cessed by the Arduino and displayed on an LCD, with remote monitoring enabled via IoT. This integrated system promotes sustainable, safe, and smart urban mobility.

Keywords: Electric Vehicle, BMS, Arduino Mega,     Solar Tracking, RSSI, IoT, Traffic Control System,    Rechargeable battery