The China Civil Engineering Construction Corporation (CCECC) has been awarded the contract to construct a 7-megawatt floating solar power station at the Federal University of Lagos (UNILAG). The project is part of Nigeria’s ongoing efforts to expand renewable energy infrastructure and support sustainable electricity solutions for educational institutions.

The announcement was made by UNILAG officials who confirmed that CCECC, a global engineering and construction firm with extensive experience in renewable energy, will lead the design, installation, and commissioning of the solar project. Once completed, the station is expected to significantly reduce the university’s reliance on the national grid while lowering its carbon footprint.

Details of the Floating Solar Project

Floating solar power, also known as floatovoltaics, involves installing solar panels on water surfaces such as lakes or reservoirs. In UNILAG’s case, the panels will be installed on a section of the campus’ water bodies, combining energy production with space efficiency. The technology also helps reduce water evaporation and keeps the solar panels cooler, improving efficiency.

A university spokesperson stated that the project aligns with UNILAG’s sustainability goals and Nigeria’s national strategy to diversify energy sources. “This initiative demonstrates our commitment to renewable energy and environmental responsibility. The floating solar station will generate clean power while serving as research and learning platform for our students and faculty,” the official said.

CCECC, known for its work in major infrastructure and energy projects across Africa, will oversee the full cycle from planning and engineering to installation and testing. The 7MW capacity is expected to cover a substantial portion of the university’s electricity needs, particularly for lighting, administrative offices, and research facilities.

Nigeria has been steadily increasing its renewable energy projects, especially solar, to address power shortages and support sustainable development. Floating solar technology is gaining traction globally due to its efficiency and ability to maximize limited land space — a key advantage in densely populated cities like Lagos.

Energy experts say the UNILAG floating solar project could serve as a model for other universities and institutions in Nigeria. By integrating renewable energy into campus operations, the project highlights how educational institutions can play a role in national energy transformation while also providing students with practical learning opportunities in clean technology.

Social media and industry observers have reacted positively to the news. Several energy analysts noted that the project strengthens Nigeria’s clean energy portfolio and creates potential for local employment in solar installation, maintenance, and research support.