Optimization Model for Output Power of Vibration Floating Wave Energy Device
Based on the comprehensive consideration of various physical influencing factors in the marine environment,the force analysis of the floater and oscillator of the wave energy power generation device in the heave motion state is carried out and a sec-ond-order differential equation model is constructed.Using the fourth order Runge-Kutta method,the differential equations are solved numerically and the time-related motion states of the floater and oscillator are gained.A maximum output power optimiza-tion model related to the damping coefficient is established according to the power relationship equation.The optimal damping co-efficient and the maximum output power are solved by genetic algorithm.
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