China Civil Engineering Construction Corporation Secures Deal To Deliver Renewable Energy Project Aimed At Boosting Power Supply At Federal University Of Lagos
By Wapcodehub9ja LIVE News Correspondent Reporting Live From Lagos, Lagos State, Nigeria
China Civil Engineering Construction Corporation (CCECC) has been awarded the contract to construct a 7-megawatt floating solar power station for the Federal University of Lagos (UNILAG). The project is expected to strengthen the institution’s power supply, reduce reliance on diesel generators, and support long-term sustainability efforts on campus.
The floating solar power station is set to be installed on a water body within the university premises, leveraging advanced solar technology to generate renewable electricity. The project aligns with Nigeria’s broader energy strategy to increase renewable energy capacity and reduce carbon emissions.
UNILAG officials stated that the project is part of ongoing efforts to modernise infrastructure and improve service delivery across the institution. The university has been exploring ways to address frequent power interruptions that affect academic activities, research operations, and campus services.
CCECC, a major Chinese construction firm with a history of delivering large-scale infrastructure projects across Africa, will oversee the engineering, procurement, and construction phases of the floating solar power station. The company’s experience in renewable energy and engineering solutions is expected to support timely completion of the project.
The floating solar station is expected to produce 7 megawatts of electricity, which could significantly improve the university’s energy stability. Experts say that such projects can also help reduce operational costs associated with fuel and maintenance of traditional power systems.
Nigeria has been encouraging public and private sector partnerships to accelerate the deployment of renewable energy solutions. The UNILAG project is among several initiatives aimed at diversifying the country’s power mix and supporting sustainable development goals.
The project is also expected to create employment opportunities during construction and operation, including roles for engineers, technicians, and support staff. Local contractors and suppliers may also be engaged in various aspects of the project, depending on procurement plans.
As the project moves into the implementation phase, stakeholders are watching closely for progress updates, timelines, and potential impacts on the university’s energy framework. The floating solar station is expected to set a benchmark for other institutions considering renewable energy investments.
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