Power system simulation of ocean-wave device

Abstract

In the field of wave power, using the inertial device for energy acquisition is the novelty of marine energy generation technology. Aiming at a new inertial wave energy collection device, this paper has analyzed its working principle and established a set of electrical system structure applicable for the field of wave power, which has an important significance for the wave power generation field. Inertial collection device can convert wave energy to mechanical energy by using the Procession effect of gyroscope. Based on the output performance analysis of gyroscope device, power system design can be finished in MATLAB, which is built with Buck-Boost voltage circuit topology containing permanent-magnet synchronous generator (PMSG). The basic components and operation principle are given. Finally, the paper has accomplished united simulation of the mathematical model acquisition device and the electrical model, which has tested and verified that power system design can meet the design requirements of power. The simulation results provide data support for the follow-up design of power control.