波浪ブイ式波力発電機の 3 次元運動シミュレーションによる制御及び発電量の検討

抄録

This study presented the 1st conversion power performance evaluation of the floating wave energy converter considering the two-body system and the three-dimensional analysis and the time-domain numerical simulation. The comparison of the 1st conversion power performance between the one-body system and the two-body system in the one-dimensional simulation was also presented. The reactive control strategy was employed and the performance of the two-body system indicated the interesting character. The optimal control parameters those were calculated in the one-dimensional simulation were applied to the three-dimensional simulation and the result of the three-dimensional simulation was presented by comparing with the one-dimensional simulation.