Performance on Integrated Point and Duck Wave Energy Convertor

In this project an attempt is made to integrate the two technologies of wave energy convertor to achieve greater electricity production. An approach is made to minimize the cost of production of wave energy convertor. The two technologies are merged to gain the advantages of both in simple and efficient way. The geographical conditions of Indian Ocean region have some local short waves which may be ideal to use this type of energy convertor. According to the collecting of wave data and using an optimized buoy, it is concluded that the adjustments have more effect on balancing buoy properly. Therefore, by changing the shape of flat buoy to flower shape has direct effect on the buoy to balance properly on waves. These characteristics enable low complexity of the device, excellent survivability and an exceptionally high capacity factor. This may lead to low capital as well as low operation and maintenance costs.