The US Department of Energy provides an overview of low head hydroelectric turbines, including propeller, Kaplan, and bulb turbines, suitable for low flow rates.
This research paper discusses the selection criteria for hydroelectric turbines in low head and low flow applications, considering factors such as efficiency, cost, and environmental impact.
The IEEE article explores the design and operation of low head hydro power plants, including the use of cross-flow, Francis, and Pelton turbines for low flow rates.
The National Hydropower Association provides a comprehensive guide to turbine types suitable for low head and low flow hydroelectric projects, including case studies and best practices.
This scientific article presents a study on the design and optimization of hydroelectric turbines for low head and low flow applications, using computational fluid dynamics and genetic algorithms.
The Hydrotools.io website offers a free online calculator for selecting and sizing hydroelectric turbines for low head and low flow applications, considering factors such as head, flow rate, and efficiency.
This review article discusses the current state of low head hydroelectric power plants, including turbine types, design considerations, and environmental impacts, published in the journal Energies.
The YouTube video by Hydroelectric Power Plant presents a tutorial on the installation and maintenance of low head and low flow hydroelectric turbines, including best practices and safety considerations.