The Department of Energy provides an overview of hydroelectric turbines suitable for high flow rates, including Francis, Kaplan, and Pelton turbines.
This article reviews the current state of high-flow hydroelectric turbines, discussing their design, efficiency, and applications, published in the journal Energies.
The National Hydropower Association provides guidance on selecting the appropriate hydroelectric turbine for high flow rates, considering factors such as head, flow rate, and efficiency.
Andritz Hydro, a leading manufacturer of hydroelectric equipment, highlights the features and benefits of Francis turbines for high flow rates, including their high efficiency and reliability.
This research paper explores the design and optimization of Kaplan turbines for high flow rates, discussing the impact of blade angle and hub ratio on turbine performance.
This video lecture discusses the design and simulation of high-flow hydroelectric turbines, covering topics such as turbine geometry, mesh generation, and computational fluid dynamics.
The American Society of Mechanical Engineers presents a case study on the application of Pelton turbines for high flow rates, highlighting their advantages and challenges in a real-world setting.
This open-source tool allows users to simulate and analyze the performance of hydroelectric turbines for high flow rates, providing a user-friendly interface and customizable parameters.