Robust Performance Analysis of Coastal Wave Energy Converters

Authors

Yingguang Wang, PhD

Abstract

In this paper a new transformed linear simulation method for the robust performance analysis of coastal wave energy converters (WECs) is proposed for the first time. The influences of the bottom effects on the performances of coastal WECs have also been considered during the calculations.

The essence of the transformed linear simulation is to obtain the transformation G relating the non-Gaussian process and the original Gaussian process based on the equivalence of the level up-crossing rates of the two processes.

The level up-crossing rates are calculated by using an asymptotic analysis approach. The accuracy and efficiency of the proposed transformed linear simulation method have been convincingly verified by the calculation examples in this paper.

Keywords

coastal engineering renewable energy risk & probability analysis