Dynamic Analysis of Jumper Cables for Offshore Floating Photovoltaic System

In this paper, the dynamic mechanical properties of jumper cables in offshore floating photovoltaic power systems are studied. By establishing a mathematical model based on parabola theory and using finite element simulation software for experimental analysis, the stability and reliability of jumper cable in Marine environment are discussed in this study. It is found that the design and laying of jumper cables are crucial to the performance of the entire power system, especially in the electrical properties, mechanical properties, weather resistance and corrosion resistance of the cables. In addition, factors such as the bending radius, tension, redundant length and protective measures of the cable also need to be carefully considered to ensure the normal operation and maintenance of the cable, reduce costs and extend the life of the cable. This study provides theoretical support for the scale, commercialization and standardization of offshore photovoltaic power systems, and has guiding significance for future design and performance optimization.