Solar-powered garage system by using radio-frequency identification (RFID) technology

The rapid advancement of technology has facilitated the development of automated systems for diverse applications. This study introduces the design and implementation of a Solar-Powered Garage System utilizing Radio Frequency Identification (RFID) technology to enhance security, convenience, and sustainability. The system integrates solar panels as a renewable power source, ensuring eco-friendly and reliable operation, even in remote areas with limited electricity access. RFID technology enables secure, contactless access control, restricting garage access to authorized users. The system incorporates an Arduino microcontroller to manage inputs and outputs, seamlessly automating gate operations based on RFID data. Additional features include infrared sensors for motion detection, LED indicators for operational status, and a buzzer alarm for unauthorized access alerts. IoT integration via the Blynk app facilitates real- time remote monitoring and control, providing notifications and enhancing user convenience. By merging renewable energy with advanced automation, this project demonstrates significant potential for application in residential and commercial settings. The Solar- Powered Garage System underscores the importance of sustainable innovation in modern infrastructure, offering a scalable, eco-friendly, and secure solution tailored to meet the evolving needs of smart home automation