A new study of existing research on water-based PV (WPV) technologies points to gaps in published reports on the technologies, particularly regarding environmental impacts, in general, and cost analyses for canal top solar, specifically.
A new study details how floating photovoltaics impact wind flow and irradiance on lakes, with the effect of influencing water temperature at different depths. However, the report’s authors say more research is needed on how to design systems for maximum benefit to the water bodies themselves.
EDF’s new 20 MW floating solar project is built close to an EDF hydropower dam near Lazer, in southern France.
An international research team has designed a floating PV system that can reportedly withstand wave heights above 10 meters. The system uses splitters to link one mooring tether to multiple floating modules. This reportedly ensures sufficient structural capacity, while avoiding the need for too many mooring lines.
New research shows that floating PV plants may have superior generating capabilities compared with ground-mounted PV plants in several areas of Bangladesh. Furthermore, the study indicates that floating arrays in the country may reach a levelized cost of energy ranging from $0.0341/kWh to $0.0486/kWh depending on the location.
Akuo, a French independent power producer, has secured a 20-year power purchase agreement for a 8.7 MW floating PV array in southern France.
Joules Power has switched on Bangladesh’s largest floating PV plant, with an installed capacity of 3.2 MW. The facility, which is situated on a fish pond, will supply electricity to a nearby rice mill.
Portugal will auction off five projects with a combined capacity of 4.5 MW. They require a total investment of around €4.3 million ($4.6 million).
NTPC says it will assess the feasibility of a 130 MW floating solar plant in the Indian state of Tripura, while Gujarat State Electricity is seeking consultancy services for a proposed 1.5 GW floating solar plant.
Two Norwegian companies are designing floating concentrating photovoltaic thermal technology that can produce both electricity and heat. It is intended for use in carbon capture projects and to be supported by an industrial heat pump system.
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