The technical parameters of floating solar farms include the following aspects:
Installation water depth: The installation water depth of floating solar systems is generally between 0.5 meters and 3 meters to ensure that the photovoltaic panels do not touch the water surface, while providing sufficient buoyancy to support the photovoltaic panels and supporting structures.
Floating body materials: Commonly used floating body materials include foam plastics, rubber, polymers, etc., which need to have sufficient buoyancy, corrosion resistance, durability and UV resistance.
Photovoltaic panel type: Monocrystalline silicon or polycrystalline silicon photovoltaic panels are usually used. The conversion efficiency, size and weight of these photovoltaic panels will affect the performance and cost of the system.
System capacity: The capacity of floating solar systems can range from a few kilowatts to several megawatts, depending on project requirements and available space.
Power generation efficiency: Due to the cooling effect of the water body, the power generation efficiency of floating solar systems is usually high, reaching 15% to 20%.
System life: The life of a floating solar system is usually more than 25 years, depending on the durability of the photovoltaic panels, floats and supporting structures.
Wind and wave resistance: The system needs to have a certain wind and wave resistance to ensure stable operation in various weather conditions.
Maintenance and installation costs: The maintenance and installation costs of floating solar systems may be high as special vessels and equipment are required for maintenance and installation.