Abstract:
The design, analysis, fabrication, and testing of submerged hydrokinetic turbine
systems are examined in this work, with an emphasis on their potential as a dependable
and sustainable energy source. The goal of the research is to maximize the effectiveness
and performance of these devices while also understanding the complex dynamics
involved in hydrokinetic energy conversion. A multidisciplinary strategy is used,
integrating the concepts of fluid dynamics, structural engineering, and renewable
energy systems. A combination of physical testing, numerical simulations, and
computational fluid dynamics (CFD) modeling is used to evaluate different turbine
layouts under various flow conditions. The study's conclusions offer information on the
best design parameters to maximize energy extraction and reduce environmental
impact. To address the intermittent nature of hydrokinetic energy, the viability of
incorporating hydrokinetic energy as a sustainable energy option is also investigated
