The Mamfe Hydropower Project is a 450 MW renewable energy development designed to provide clean, reliable electricity to Cameroon and strengthen the national grid.
The project is situated on the Manyu River in the South-West Region of Cameroon, selected for its hydrological potential and strategic proximity to the national grid.
It will improve energy security, create local jobs, support industrial growth, and contribute to Cameroon’s long-term development goals under Vision 2035 and SND30.
The project is supported by global engineering firms and national institutions including FICHTNER, IRGM, LABOGENIE, SONATREL, and OTT Hydromet.
The project is designed to generate approximately 2,733 GWh of electricity annually.
Power will be delivered through a 400 kV transmission line connecting Mamfe to Cameroon’s Southern Interconnected Grid (RIS).
Communities will benefit through job opportunities, improved infrastructure, social development programs, and long-term economic stimulation in the region.
The project follows a comprehensive Environmental and Social Impact Assessment (ESIA) and Resettlement Action Plan (RAP) to ensure environmental protection and responsible community engagement.
Environmental experts continuously monitor water flow, biodiversity, and sedimentation to minimize impacts and preserve ecological balance.
The timeline includes feasibility studies, environmental assessments, engineering design, construction, and commissioning, following international hydropower project stages.
Operations will follow strict international standards, routine inspections, maintenance protocols, and real-time monitoring through advanced control systems.
Yes, the hydropower project directly supports national priorities for energy expansion, economic development, and environmental sustainability.
Funding involves a mix of private investment, strategic partnerships, and collaboration with engineering and institutional stakeholders. (This can be customized once funding structures finalize.)
Hydropower plants are long-term assets, typically designed for lifespans of 50–100 years with proper maintenance.
A dedicated grievance mechanism, community liaison program, and social development initiatives are integrated into the project’s ESIA and RAP processes.
The project will use modern turbine systems, hydrological monitoring tools, advanced SCADA systems, and global-standard engineering designs.
Yes. Both the construction and operational phases will create direct and indirect employment, with a focus on local hiring where possible.
Hydropower provides clean energy without burning fossil fuels, reducing greenhouse gas emissions and supporting climate resilience.
Hydrological studies and water management strategies ensure optimal power generation throughout seasonal variations.
You can reach the Mamfe Hydropower communication office via the contact form, email address, or phone number listed on the website’s Contact Page.