A floating solar power system that can withstand 4-meter waves has been developed

A floating solar power system that can withstand 4-meter waves has been developed

By admin, Kasım 29, 2024

A floating solar power system that can withstand 4-meter waves has been developed





A floating solar power system that can withstand 4-meter waves has been developed




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A research team from China’s Jiangsu University of Science and Technology has developed an innovative device designed for use in the high seas. floating solar power system (GES) developed. This system aims to overcome a significant challenge in renewable energy technologies by offering high wave stability and resistance to aggressive sea conditions.

Solar Power Plants that are resistant to giant waves are coming

According to the statement of the research team, the designed system Wave up to 4 meters It can withstand high altitudes and maintains its stability even in harsh sea conditions. The system combines a structure consisting of floating pontoons and a lattice frame design that supports solar panels. Researchers found this design A 1:20 scale model tested it on. Tests carried out under regular and irregular wave conditions in the university’s wave pool proved the system’s durability against sea conditions.




A floating solar power system that can withstand 4-meter waves has been developed




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According to the data obtained, the system is most sensitive in conditions where waves come from the side. This critical finding will guide future design changes. The researchers used a validated numerical model to evaluate the system’s performance in extreme sea conditions. This model simulated the hydro-dynamic responses and mooring stresses of the system, allowing it to be optimized for practical applications. The research team believes that this holistic approach will make floating solar systems more efficient in the future. cost effective and durable He stated that he would contribute to making it happen.

Sheng Xu, the author of the study, said in his statement: ““Our work has made significant progress in understanding the hydrodynamic responses of a novel offshore floating photovoltaic system (FPV) designed to optimize performance and stability in harsh marine environments.” he said. Floating solar energy systems are generally positioned in calmer and calmer waters. Or this stagnation is achieved by building breakwaters. Building systems that are resistant to aggressive waves can further increase the potential of floating systems.