DESIGN AND CONSTRUCTION OF A LECTURE PORTABLE SMART POWER SYSTEM

In modern educational sphere, the incorporation of technology is fundamental for effective teaching and learning. However, a persistent obstacle in numerous educational settings in underdeveloped countries is the scarcity of electrical power during classes, impeding the seamless utilization of electronic devices and hindering interactive teaching. To address this challenge, we propose the implementation of a Smart Portable Lecture Power System (SPLPS). The SPLPS is devised to offer a dependable and mobile power solution, ensuring uninterrupted access to electrical power for electronic devices used in classrooms. Integrating smart technologies, this system optimizes power distribution, monitors energy consumption, and adjusts to diverse teaching environments. The SPLPS aims to augment the flexibility and accessibility of educational resources, empowering educators to leverage a variety of digital tools without being constrained by conventional power infrastructure. Noteworthy attributes of the SPLPS encompass intelligent power management, utilization of energy-efficient components, and adaptability to various power sources, including solar panels or external batteries. Additionally, the system's design prioritizes ease of transport, facilitating deployment across multiple classrooms or educational settings. The SPLPS not only addresses the immediate challenge of overcoming electrical power limitations but also aligns with sustainability goals by promoting energy efficiency and the use of renewable energy sources. This research delves into the necessity for a Smart Portable Lecture Power System in educational institutions, underscoring its potential positive impact on teaching methodologies, student engagement, and overall learning outcomes. By mitigating the hindrances posed by insufficient electrical power, the SPLPS acts as a catalyst for cultivating an enriched and technologically advanced learning environment.