Solar-Integrated Satellite Communication: A Sustainable and Portable Solution for Rural Connectivity and Disaster Relief

This Thesis introduces a self-sustaining phased array patch antenna system designed for seamless integration onto solar panels, combining autonomous satellite communication with on-site power generation. The antenna includes a microprocessor for automatic satellite tracking and a battery pack to store solar energy to ensure continuous operation in low-light or off-grid conditions. Developed as both an engineering solution and a business model, this product targets underserved markets including rural communities, emergency response operations, and disaster relief efforts. Unlike existing solutions like Starlink that require external power, this device is self-sufficient and can operate off of the power that it generates from the solar panel making it a cost-effective solution. It fills a critical need for reliable, portable, and independent communication in areas where connectivity and power access are limited or nonexistent. The proposed business model positions this system as a value-adding product not only for solar companies and individual consumers, but also as a vital tool for disaster relief organizations and search and rescue teams that require reliable, self-powered communication in critical situations.