UPGRADE OF SOLAR POWER SYSTEM IN ELECTRONICS LABORATORY
Abstract
This project focuses on the upgrade and maintenance of a solar power system in electronics laboratory to enhance its reliability, efficiency, and performance. The initiative involved replacing outdated components, optimizing energy storage systems, and implementing modem monitoring technologies. Maintenance activities included inspecting and repairing solar panels, batteries, and inverters, as well as addressing inefficiencies in wiring and system design. These efforts aimed to restore the system's functionality, extend its operational lifespan, and improve its capacity to support telecommunication experiments and operations. The project also emphasized sustainability by ensuring the solar power system aligns with modern energy standards and practices. The outcomes demonstrated significant improvements in energy output, system stability, and overall efficiency, reinforcing the laboratory's ability to maintain uninterrupted power supply. This work provides a framework for upgrading and maintaining solar power systems in similar applications, contributing to sustainable energy solutions in educational and research facilities.
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