Modeling and simulation of improved hybrid dual converter using wave energy

Ocean waves can be found throughout the year and might be identified as a major alternative energy source of energy. The use of tidal power as a major source of input is recommended worldwide. When wave energy is passed through a turbine, it is converted to electrical energy. The proposed turbine model in this article delivers more torque, which is then used to generate electrical energy from a DC generator. The prime mover of the DC generator is a Wells turbine. The electrical energy from the DC source is fed into a hybrid dual converter, which converts it into both AC and DC power. AC output from the converter is supplied into the grid, while the DC output has been used to power the power station as well as many other appliances. The investigation of oscillating the wave column-based wave energy converter has been examined. To analyze the control action and enhance performance, the model is simulated using MATLAB/SIMULINK. Closed loop control provides better stability when compared with open loop control.