Paper Key : IRJ************225
Author: Shantanu Sanjay Kharat,Mahesh Sachin Kamble,Yash Avinash Chandile,Yash Nilkanth Patil
Date Published: 10 Nov 2024
Abstract
A submersible hydroelectricity generation system presents an innovative approach to harnessing energy from flowing water sources, such as rivers and streams. This system utilizes submersible turbine designed to operate efficiently underwater, converting kinetic energy from water flow into electrical energy, key components include a turbine, generator, and control, system all housed in a robust submersible casing to withstand aquatic conditions. The design optimizes hydrodynamic efficiency and minimizes environmental impact, allowing for installing in diverse locations, including remote and off-grid areas. The study explores various turbine configuration, energy output assessments, and scalability potential, demonstrating that this system can provide a sustainable and reliable energy source. Additionally, it addresses challenges such as maintenance, deployments, and integration with existing power grids, highlighting the role of submersible hydroelectricity system in advancing renewable energy technologies. this abstract serves as a foundation for further research and developments, aiming to the global shift towards suitable energy solutions
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