ABSTRACT
This chapter deals with the conceptual design and development of a novel floating wave energy converter (FWEC) developed for a set of chosen sea states. A set of tubular floats circumferentially connects a floating wave energy converter with a central buoy. The relative heave motion between the central buoy and the floats is harnessed. The case study discusses the details of estimating the hydrodynamic coefficients and the influence of the power take-off (PTO) system on the average power output of the device. Basic components of the device, their geometric design, and fabrication details are presented. Experimental studies carried out to assess the performance of the device are also discussed. Exercise questions are given at the end for revising the contents of this chapter. This chapter is co-authored by Dr. V. V. S. Sricharan, presently a Consultant, Oscilla Power Inc., USA).
