Generation of Electricity by Oceanic Waves Using Rotatory Generators: Performance Analysis and Comparison

Commercial usage of sea wave energy has been thwarted by the lengthy and labor-intensive technique necessary to harvest it. An innovative wave energy gathering method has been devised during this research. This idea employs a novel topology to eliminate the limitations of typical linear generators and to increase the continuous power supply, together with a simple design of floaters and a rotatory generator. An investigation into a cutting-edge technological system with the potential to reduce the costs associated with building and operating an ocean wave energy (OWE) power plant that is connected to the grid, while simultaneously improving operational efficiency and expanding business opportunities was the primary objective of this project. Installing and maintaining floaters along a coastline is simple because of their ability to be attached to the beach or any other man-made structure. A synchronous machine is used to produce electricity at this site, traditionally linear generators are used to extract energy from the ocean. With an average wave height of 0.8 meters, the sea still has the ability to generate and transport electricity with a high voltage and current value. Programming language Python and MATLAB software are used to analyze the project's output, respectively. Besides electrical generators, the emphasis here is on hydraulic motors.