Abstract
Energia‑trantsizio etengabeak bultzatuta, olatuen energia‑bihurgailuak berriztagarrien teknologia alternatiba gisa agertzen ari dira. Tesi honek Ur Zutabe Oszilatzaile gailuen errendimendua hobetzea du ardatz, eraginkortasuna handituz, energia‑ekoizpena areagotuz eta sorgailuaren gainkarga segurtasunez ahalbidetuz monitorizazio aurreratuen bidez. Ikerketak turbinaren eta sorgailuaren arteko optimizazioa, energia bihurtzeko sistemaren lan‑muga berrikusituak eta sorgailuaren portaeraren analisi termikoa aztertzen ditu. Aurkikuntzen xedea OWC teknologiaren etorkizuneko garapena sendotzea da, olatu‑energiaren sektorea fidagarriago eta lehiakorrago bihurtuz.Driven by the ongoing energy transition, Wave Energy Converters are emerging as an alternative renewable‑energy technology. This thesis focuses on improving the performance of Oscillating Water Column devices by enhancing efficiency, increasing power production, and enabling safe generator overloading through advanced monitoring. The research explores turbine–generator optimization, revised Power take-off operating limits, and thermal analysis of generator behavior. The findings aim to strengthen the future development of Oscillating Water Column technology, contributing to a more reliable and competitive wave‑energy sector.
| Date of Award | 2026 |
|---|---|
| Original language | English |
| Supervisor | Eider Robles Sestafe (Supervisor) & Salvador Ceballos Recio (Supervisor) |
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