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DESIGN AND SIMULATION OF STATIC REQUIREMENTS IN THE CASE OF A WIND TURBINE FIXED ON A MARITIME TRANSPORT SHIP
Abstract
Maritime transport plays a crucial role in the global economy, ensuring the transport of around 80% of world trade. However, shipping is responsible for a significant portion of greenhouse gas emissions, accounting for approximately 2.5% of total global emissions. In this context, the efficiency of fuel consumption in ships using the renewable energy sources can bring significant benefits for the environment and contributes to the achievement of the objectives of reducing greenhouse gas emissions. The opportunity of the work consists in the fact that it aims to improve the efficiency of the fuel consumption of the ships through renewable energy sources. The integration of a hybrid system consisting of 4 wind turbines on a board ship can increase the energy efficiency. Wind turbines can capture the power of the wind to generate electricity, while kites can be used to capture energy from air currents at higher altitudes. Research can explore the possibilities of integrating the hybrid system with other renewable energy sources such as solar panels. This paper also presented a simulation of the static loads used in Inventor 2022.
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