java code of floating solar powerplant system

a general code of a floating solar system

, this picture shows its parameters.

6) Our design parameters After showing the general information of the system and parts that have been used previously in other systems, we will talk about our own design. Starting with structure, high-durability steel will be use as to attach the solar panels on it. High- durability steel has been chosen since it is better than Aluminium, as table.1 show below the mechanical properties for each, in addition high-durability steel will cost less, the steel will be coated in order to avoid corrosion. After assembling the steel structure, it will be fixed on a buoys so it can float. A buoy is a foamed component where hydrocarbon gas in injected into polystyrene, so that the volume of the gas will be the higher percentage inside, that will cause the component to have a high buoyancy and can carry the load. Furthermore, figure.14 providing a simple basic drawing for our design. Material Young's Tensile strength Shear strength Unit weight modulus (E, (ft, MPa) (fy, MPa) (KN/m3) GPa) High-durability 205.00 235.00 135.00 77.00 steel Aluminium 69.60 103.03 61.82 26.49 41 Figure 14: basic drawing for the design, with side view