Hybrid Wells Turbines with PVEH for Coastal Regions
Design and Multi-Perspective based Comprehensive Computational Investigations of Hybrid Wells Turbines patched with PVEH devices for Coastal Regions: Validated Approaches
The problem solved
The primary problem addressed in this project is the optimization of Wells turbine performance for power generation in coastal environments, alongside the structural integrity assessment, and integration with unmanned vehicles. This involves overcoming challenges such as varying hydro-fluid speeds, ensuring optimal design profiles, and selecting suitable lightweight materials to withstand coastal conditions. Additionally, addressing vibrational failures and proposing efficient energy extraction methods are crucial aspects for successful deployment in coastal applications.
Research Methodology
Using advanced computational tools such as ANSYS Fluent and coupled hydro-structural simulations, the study evaluates the performance of each turbine design under various coastal conditions. The turbines are tested at multiple fluid velocities to assess their energy extraction capabilities. Additionally, the structural integrity of the turbine models is examined with lightweight materials like CFRP and GFRP to identify the best material for minimizing deformation and maximizing efficiency.