The Vice-Chancellor of Accra Technical University, Professor Amevi Acakpovi, has commissioned an 80kW grid-tied Solar Photovoltaic (PV) system to help improve electricity supply on campus and reduce the University’s dependence on the national grid.
The solar project was led by the University Library in partnership with the University’s Sustainable Energy Service Centre after the Library successfully secured the 2025 EBSCO Solar Grant to support renewable energy development on campus. The project forms part of the University’s Strategic Plan, which supports a gradual transition toward long-term sustainability, with a strong focus on energy efficiency and the use of renewable energy sources.
Speaking at the commissioning ceremony, the University Librarian, Dr. Florence Plockey, who led the project, described the installation as a major achievement for both the Library and the University. She explained that the solar system will help improve the electricity supply to support academic work and also reduce the cost of electricity on campus. She expressed confidence that the project will serve its purpose and contribute to the University’s development.
In his remarks, Professor Acakpovi commended the project team for their hard work and commitment in bringing the project to life. He noted that alternative sources of energy are very important for the smooth running of the University, especially in supporting teaching, learning, and research. He also stressed the need for proper maintenance of the system and urged the University community to ensure regular servicing, cleaning, and monitoring so that the system can serve the University for many years.
The 80kW grid-tied solar PV system connected to the University’s electricity network to supply clean energy to some parts of campus. The project was funded with a grant of about 55,000 US dollars and implemented under the supervision of the University’s Sustainable Energy Service Centre.
The system is expected to improve energy reliability at the University by ensuring stable electricity to support access to online learning platforms, electronic resources, and research activities. It is also projected to save the University thousands of dollars in electricity costs every year while reducing its carbon emissions and environmental impact.