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With the industrial expansion arising from the national development process, and the current global trend towards the search for clean and renewable energy sources, the diversification of the energy matrix becomes vital in the process of renovation and strengthening of energy generating sources to meet the SIN (National Interconnected System). This work presents the technical feasibility analysis of the wave power generation prototype with patent code BR 10 2016 016119 3 A2. The simulations carried out in modeling software to evaluate the constructive aspects of the prototype allowed the analysis of data on the mass of the components, gravity centers, and moments of inertia. Finally, the positive and negative aspects and points for improvement of the project were presented, aiming to raise interest in the topic presented and develop new studies for the electricity sector.

With the industrial expansion arising from the national development process, and the current global trend towards the search for clean and renewable energy sources, the diversification of the energy matrix becomes important in the process of renovation and strengthening of energy generating sources to meet the SIN (National Interconnected System). This work presents the technical feasibility analysis of the wave power generation prototype with patent code BR 10 2016 016119 3 A2. The simulations carried out in modeling software to evaluate the constructive aspects of the prototype allowed the analysis of data on the mass of the components, gravity centers and moments of inertia. Finally, the positive and negative aspects and points for improvement of the project were presented, aiming to raise interest in the topic presented and develop new studies for the electricity sector.