Analyzing Primary Parameters Of Twin-floater Ocean Wave Generate Electricity Device And Designing It With Most Optimal Geometric Shape

This paper founds mathematical model of twin-floater ocean wave generate electricity device, and analyzes primary parameters on the base of mathematical model for searching the optimal solution during designing this electricity device. It presents the method calculating the ocean wave forces on the several ideal floaters such as cube, vertical cylinder, horizontal cylinder, sphere by the theory that Froude-Krylow presupposition calculates a big diving body. This method is a novel, simple method calculating the ocean wave force on floater. You can find the rule between ocean wave force and time at any moment, and get the biggest ocean wave force on floater if you give the actual instance of the sea, the geometrical dimension of the floater and the depth of the floater in the water. This paper finds the optional shape of the floater in the twin-floater ocean wave generate electricity device by discussing the force on the floater, and dynamically describes the status of the force on the floater in the sea. This paper understands the energy absorptivity formula at large, discusses the relation between the geometrical shape of the floater and the energy absorptivity, and calculates the energy absorptivity of the twin-floater ocean wave generate electricity device. Besides, this paper presents the designs for the twin-floater ocean wave generate electricity device, and verifies the intensity of the floating arm which is important for the design. At last, this paper dynamically describes the status of the generate electricity of the device in the case that the primary parameters are given, and shows the feasibility of the generate electricity device.