Azura Power West Africa will unveil a 240 KW solar carport at the University of Nigeria Nsukka on November 12, 2024, marking a significant step in Nigeria’s renewable energy efforts. The solar carport will support UNN’s energy needs while aligning with the nation’s shift toward sustainable power solutions.
Solar Carport: A Major Step for Renewable Energy in Nigeria
On Tuesday, November 12, 2024, Azura Power West Africa will unveil a 240 KW solar carport at the University of Nigeria Nsukka (UNN). This project is part of Azura Power’s broader “Power to Change” initiative, a program focused on sustainable and socially responsible investments across Nigeria.
The ceremony will be officiated by Minister of Power Adebayo Adelabu, highlighting the government’s commitment to the energy transition under President Bola Tinubu’s power sector reforms. The installation underscores the nation’s goal of shifting toward clean and sustainable power sources.
The solar project is a key milestone for both Azura Power and UNN. As one of Nigeria’s top universities, UNN will benefit from this modern solar facility, which will meet a large portion of the university’s energy needs while advancing its sustainable development goals.
Supporting Learning and Energy Independence at UNN
In a statement from Abuja, Murtala Bello, Head of Corporate Affairs for Azura Power, said the solar carport demonstrates the company’s commitment to corporate social responsibility and sustainable development. “Every year, Azura Power allocates $1 million to support projects that promote sustainable livelihoods, health, education, and infrastructure,” Bello said.
He explained that the solar carport is more than just an addition to the university’s facilities. “This solar carport represents a major step towards achieving the United Nations Sustainable Development Goals (SDGs),” Bello continued. It will serve as a valuable resource for the university community by supporting educational and social development through renewable energy.
The solar carport will provide clean, reliable energy to UNN, supporting approximately 2,650 engineering students and fulfilling about 75% of the faculty’s energy needs. Azura Power expects the carport to generate over 400,000 kWh of renewable energy each year.
This substantial power generation will help the university maintain a consistent power supply, creating a better environment for learning and innovation. By reducing the university’s reliance on non-renewable energy, the solar carport will also support Nigeria’s ambitions to reach net-zero emissions.
A Landmark Investment in Nigeria’s Renewable Energy Future
In addition to its environmental benefits, the solar carport will offer substantial financial savings for the university. According to Bello, this installation will reduce the university’s annual energy expenses by an estimated ₦150 million. This financial relief will allow UNN to reallocate resources toward other critical areas, such as academic programs, facility improvements, and student services.
Azura Power has invested approximately 900 million Naira in this solar project, making it one of the largest renewable energy initiatives in Nigeria’s education sector and a landmark for the nation’s renewable energy landscape. Azura Power’s investment is not just a strategic business move but also a commitment to Nigeria’s sustainable energy future.
Bello emphasized that the solar carport will benefit more than just the university. “This project reflects our commitment to supporting Nigeria’s net-zero ambitions,” he said. Azura Power’s dedication to renewable energy is evident in its financial and operational support for projects that reduce carbon emissions and drive sustainable growth in local communities.
Azura Power’s solar carport at the University of Nigeria Nsukka is a vital contribution to the nation’s renewable energy journey. By providing a sustainable and reliable power source, Azura Power is making a tangible impact on the university and the local community. This project serves as a model for how solar carports and other renewable technologies can help Nigeria achieve its energy transition goals.
