Experimental investigation and performance comparison of a 1 single OWC, array and M-OWC

Ocean wave energy continues to develop through innovation and a growing number of collaborations around the world. With vast resource on our doorstep it remains focal point in ocean engineering with great potential. In order for become more competitive serious player renewable mix, such innovations should not only benefit sector but also other technological applications by providing attractive options synergies novel projects. This paper concerns experimental investigation Oscillating Water Column (OWC) Wave Energy Converter (WEC) technology its potential as Multi-Oscillating (M-OWC). research utilises progressive pragmatic modelling approach, cross comparing models single standalone OWC, an OWC array finally modular M-OWC under same environment test conditions. Performance characteristic responses are analysed while varying values spacing, damping The results indicate that spacing chambers significantly affects performance M-OWC. While improves increase efficiency is greater than or at reduced values. addition, less efficient having individual power take-off systems operating isolation opposed