Abstract
The problem of energy shortage has always existed in deep-sea large-scale aquaculture platforms. A new type of wind-wave resistant photovoltaic aquaculture platform was proposed and its stability under different wave conditions was analyzed. By simplifying the structure of the platform, using the software ANSYSY/Workbench/AQWA, the finite element model of the platform is established, and thirteen different wave heights are designed, the numerical simulation is carried out from four aspects: the force on the anchor rope, the heave motion, the pitching motion and the pitching motion. The simulation results show that the aquaculture platform has more reliable anti-wind and wave performance.
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