Development of solar-powered automatic digital tire inflator device/
Andrew Banaag, Mark James B. Castillo, Romeo C. Colarina, Khris Aljon O. Dela Cruz, Karl Vicente D. Rasonabe, and Francis Martin D. Sandoval .--
- Manila: Technological University of the Philippines, 2025
- xv, 137pages: 29cm.
Bachelor's thesis
College of Industrial Technology .--
Includes bibliographic references and index.
This research initiative at TUP Manila aims to develop a solar-powered automatic tire inflator, addressing the need for sustainable and convenient tire maintenance solutions. The inflator operates off-grid, utilizing efficient solar panels to harness energy, which is stored in a battery system for continuous operation. The device features an automatic pressure sensor and an easy-to-use interface, ensuring accurate and hassle-free tire inflation. The fabricated structure, composed of durable materials such as welded angle bars and stainless sheet, guarantees robustness and longevity. The prototype demonstrates the capability to inflate various tire types, including those of bicycles, motorcycles, and cars, within minutes. Its portability, facilitated by a compact design and wheels, enhances usability in diverse locations. The primary beneficiaries are vehicle owners within the university community that has vehicle and beyond, promoting convenience and sustainability in tire maintenance. Despite challenges related to initial setup and calibration, the results indicate excellent functionality and reliability, with high ratings for efficiency, user-friendliness, and safety. The overall mean score of 4.59 reflects a highly satisfactory evaluation. This pioneering project contributes significantly to environmentally conscious vehicle maintenance and reduced fuel consumption and vehicle handling, offering a tailored solution to the specific needs of the community.
Keywords: tire maintenance, solar energy, automatic inflator, sustainability, vehicle owners