The US Department of Energy provides an overview of hydroelectric power plants with Francis turbines, highlighting those with high efficiency ratings, such as the Grand Coulee Dam and the Robert Moses Niagara Power Plant.
This research paper examines the use of Francis turbines in US hydroelectric power plants, including their efficiency ratings and environmental impact, featuring case studies from the Bureau of Reclamation and the Tennessee Valley Authority.
The National Hydropower Association lists US hydroelectric power plants with high efficiency ratings, including those utilizing Francis turbines, such as the Hoover Dam and the John Day Dam, and discusses their contribution to the national renewable energy mix.
The National Renewable Energy Laboratory's database of US hydroelectric power plants includes information on Francis turbines and efficiency ratings, allowing users to filter and search for specific plants, such as the Theodore Roosevelt Dam and the Glen Canyon Dam.
This IEEE article discusses the factors affecting Francis turbine efficiency in hydroelectric power plants, including design optimization and operational strategies, with examples from US power plants, such as the Bonneville Dam and the Fort Randall Dam.
This academic paper presents a case study of a US hydroelectric power plant with Francis turbines, analyzing its efficiency rating and identifying opportunities for improvement, using data from the US Army Corps of Engineers and the Federal Energy Regulatory Commission.
The Energy Systems Institute's interactive map of US hydroelectric power plants includes information on Francis turbines and efficiency ratings, enabling users to visualize and explore the national hydroelectric landscape, including plants such as the Lake Powell Dam and the Flaming Gorge Dam.
This video tour of a US hydroelectric power plant showcases its Francis turbines and explains their role in generating electricity, with a focus on efficiency and environmental sustainability, featuring footage from the Hoover Dam and the Grand Coulee Dam.