Angelelli, E.

Kofoed, Jens Peter

Pecher, Arthur

English

This report presents the results of an experimental study of the power performance of the WavePiston wave energy converter. It focuses mainly on evaluating the power generating capabilities of the device and the effect of the following issues: Scaling ratios PTO loading Wave height and wave period dependency Oblique incoming waves Distance between plates During the study, the model supplied by the client, WavePiston, has been rigorously tested as all the anticipated tests have been done thoroughly and during all tests, good quality data has been obtained from all the sensors.This report presents the results of an experimental study of the power performance of the WavePiston wave energy converter. It focuses mainly on evaluating the power generating capabilities of the device and the effect of the following issues:   Scaling ratios  PTO loading  Wave height and wave period dependency  Oblique incoming waves  Distance between plates  During the study, the model supplied by the client, WavePiston, has been rigorously tested as all the anticipated tests have been done thoroughly and during all tests, good quality data has been obtained from all the sensors

Experimental Study on the WavePiston Wave Energy Converter

https://vbn.aau.dk/ws/files/19978831/Experimental_Study_on_the_WavePiston_Wave_Energy_Converter

Experimental Study on the WavePiston Wave Energy Converter

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