Floating solar's potential to support sustainable development
A study, published in Nature Energy, is among the first to explore the floating photovoltaics (FPV) at the continental scale, finding that FPV installed at existing major reservoirs could produce 20–100% of the electricity expected from Africa's planned hydropower dams. Using a state-of-the-art energy planning model covering the continent's entire energy system, the researchers found that FPV is cost-competitive with other renewables and thus a key part of Africa's future energy mix.
Newspaleti 
A study, published in Nature Energy, is among the first to explore the floating photovoltaics (FPV) at the continental scale, finding that FPV installed at existing major reservoirs could produce 20–100% of the electricity expected from Africa's planned hydropower dams. Using a state-of-the-art energy planning model covering the continent's entire energy system, the researchers found that FPV is cost-competitive with other renewables and thus a key part of Africa's future energy mix.
