Using an engineering-economic optimization model, this study quantifies how, and to what extent, energy transition towards PV and wind mitigates water competition between the energy
Floating photovoltaic solar energy installations (FPVs) represent a new type of water surface use, potentially sparing land needed for agriculture and conservation.
We demonstrate a potential solution to hydropower growth that integrates solar power and hydropower by installing floating photovoltaic (PV) infrastructure at existing hydropower reservoirs.
Our study demonstrates the technical and economic feasibility of installing floating PV on the 23 existing hydropower reservoirs in the upper main stream of the Yellow River as an alternative
Longyangxia Hydropower Station, the first large-scale cascade hydropower station in the upper reaches of the Yellow River, is located here.
Photovoltaic (PV) solar energy is a key technology in the fight against climate change, but its deployment in fragile ecosystems raises concerns about environmental impacts. This study
Our study demonstrates the technical and economic feasibility of installing floating PV on the 23 existing hydropower reservoirs in the upper main stream of the Yellow River as an alternative
The Longyangxia hydropower station is currently the only large-scale hydropower station with multi-year regulation capacity in the upper reaches of the Yellow River (Figure 1).
The Yellow River irrigation area in Tumochuan Plain is one of the primary grain production areas in the middle and upper reaches of the Yellow River Basin (YRB).
To assess the impact of the complementary operation of hydro and solar power on the habitat of fish, the fish resource data in the river section from the Longyangxia Dam to the Laxiwa Dam
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