Intelligent Energy Distribution Model for Mobile Power Bank Rental System

Abstract

With the increasing dependence on smartphones and portable electronics, the demand for accessible and sustainable charging solutions is growing rapidly. This project proposes a Intelligent Energy Distribute on Model for Mobile Power Bank Rental Systems designed to provide users with on the- go charging options while promoting clean energy usage. The system uses photovoltaic (PV) solar panels to harness solar energy, which is then used to charge a set of mobile power banks stored in a secure, self-service kiosk. Users can rent, use, and return power banks through a mobile application that supports real-time availability tracking and digital payments. The core objective of the system is to reduce dependency on grid electricity by utilizing renewable energy, making it both eco-friendly and cost-effective. An intelligent power management unit is integrated to monitor solar input, energy storage, and power bank charging cycles, ensuring efficient operation. The system is ideal for deployment in public areas such as transport hubs, campuses, tourist destinations, and commercial zones—especially in regions with abundant sunlight. By combining solar technology, smart charging infrastructure, and user-friendly access, this model addresses modern charging needs sustainably and efficiently. It offers a scalable solution that supports green technology initiatives and enhances the convenience of mobile users.