Design and Development of Hydrokinetic Turbine for Ocean Energy

This award-winning project focuses on developing an innovative hydrokinetic turbine designed to harness ocean energy. The turbine aims to capitalize on the immense potential of water as a renewable energy source, particularly in ocean environments.

• Renewable Energy Focus : The project explores water-based renewable energy, which is clean, reliable, and does not produce air or water pollution.
• Hydrokinetic Technology : Unlike traditional hydroelectric dams, this turbine is designed to generate electricity from the natural flow of ocean currents.
• Toroidal Propeller Design : The turbine incorporates a toroidal propeller, which reduces sound and vibration compared to conventional axial propellers, potentially minimizing environmental impact.
• Sustainability Impact : By harnessing ocean energy, the project contributes to reducing reliance on fossil fuels and mitigating greenhouse gas emissions, aligning with sustainable development goals.
• Economic and Environmental Benefits : The technology promises low operational costs and could stimulate job creation in the renewable energy sector while promoting energy security.

This project demonstrates the potential of innovative engineering solutions in addressing global energy challenges and supporting sustainable development through clean, renewable ocean energy.

Chandreyee Dutta
Prof. Nilesh Birajdar [Faculty Guide]