DESIGN, IMPLEMENTATION, AND INSTALLATION OF SOLAR POWER ENERGY FOR BLOCK OF OFFICES: A CASE STUDY OF COMPUTER SCIENCE DEPARTMENT
Abstract
The persistent challenges of unreliable grid electricity and the environmental impacts of diesel
generator reliance in Nigeria’s academic institutions necessitate the exploration of sustainable
energy solutions. This project, Design, Implementation, and Installation of Solar Power Energy
for a Block of Offices: A Case Study of Computer Science Department, focuses on the
development of a solar-powered system to provide reliable energy to five lecturers' offices within
a university. The system integrates 12 high-efficiency monocrystalline solar panels, a 10kVA
hybrid inverter with an MPPT charge controller, and tubular batteries, ensuring uninterrupted
power for a minimum of five hours daily. The methodology emphasizes a structured, iterative
approach to ensure adaptability and precision in meeting energy requirements. The system is
seamlessly integrated with the existing grid, maintaining operational synergy while reducing
dependency on non-renewable energy sources. Results demonstrate that the solar-powered
system effectively addresses energy reliability issues, reduces operational costs, and minimizes
environmental impact. This work highlights the feasibility and significance of renewable energy
adoption in institutional settings, contributing to sustainable energy practices and serving as a
model for similar initiatives. The project underscores the potential for renewable energy systems
to provide cost-effective, scalable, and environmentally friendly alternatives to conventional
energy sources. Recommendations for future enhancements, including system scalability,
advanced battery solutions, and hybrid energy integration, are presented to guide long-term
sustainability and impact.
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