DESIGN OF A SOLAR FARM USING HORMER FOR BORNO STATE UNIVERSITY
The Borno State University relies heavily on backup generators, powered by diesel or petrol, to meet its energy needs due to frequent power outages, resulting in significant financial burdens. These generators are in constant use for extended hours each working day. Recognizing the urgent need for a reliable power source, there is a compelling case for exploring renewable energy solutions. The aim of this study is to design a solar farm for the Borno State University using HOMER. Through an in-depth analysis of energy consumption patterns within the university, significant variations across facilities, with administrative and information technology departments being major consumers, were identified. To tackle these challenges, the study proposes the design of a solar farm for Borno State University using the Hybrid Optimization Model for Electric Renewable (HOMER). Leveraging solar irradiance data and load assessments, the study determines an optimal system configuration featuring Canadian Solar Max power CS6U-340M panels, Tesla Powerpack 2 batteries, and an 1852 kW converter. This configuration is projected to meet the university�s energy demands, offering a sustainable, clean, and cost-effective alternative to conventional energy sources. The proposed solar farm would not only address the immediate energy needs of the university but also aligns with the global trend towards sustainable and renewable energy solutions. It is recommended that further comprehensive feasibility studies, including detailed site-specific environmental assessments, precise cost-benefit analyses, and technical validation by renewable energy experts, be conducted to ensure the proposed solar photovoltaic system is optimally designed, financially viable, and environmentally sustainable for long-term implementation.
Authors : Abdulkarim, H.A., Oumarou, M.B. and Shodiya, S.
Category : Open Access Volume (Issue) : 10(2) Date Uploaded : 5th January 2025