Overview
This dataset is a summary of hydropower potential data (high-energy intensity stream-reaches and new potential areas for hydropower development) and environmental attributes aggregated to HUC10 watersheds for the Conterminous United States. The New Stream-reach Development Resource Assessment (NSD) uses an innovative geographic approach to analyze the potential for new hydropower development in US stream segments that do not currently have hydroelectric facilities. NSD is one among other types of untapped hydropower potential such as non-powered dams, existing hydropower facilities, pumped storage, and small conduits. The NSD assessment considers “new stream-reach development” (assessments conducted for the conterminous US) and “new site development” (assessments conducted for Alaska and Hawaii) distinct from other hydropower resource classes identified by the US Department of Energy (DOE) Water Power Program.
Developed and implemented by Oak Ridge National Laboratory (ORNL) for the DOE Water Power Program, the assessments leverage recent advancements in various geographic datasets on topography, hydrology, and environmental characteristics to develop the highest resolution and most rigorous national evaluation of US hydropower potential to date. NSD assessments are not intended to determine economic feasibility or to justify financial investments in individual site development. The NSD does, however, identify high-energy intensity stream-reaches and classify new potential areas for hydropower development using a range of technical, socio-economic, and environmental characteristics.
This dataset consists of geo-referenced digital data and associated attributes that are applicable to multiple types of assessments, scenarios, and assumptions, ultimately leading to improved decision making and strategic planning by various organizations and individuals.
Science Themes
Related Records
Map of New Stream-reach Development (NSD) Potential by Subbasin for the United States
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View MapNew Stream-Reach Development: A Comprehensive Assessment of Hydropower Energy Potential in the United States
McManamay, R. A, S.-C Kao, K. M Stewart, Brenna Elrod, B. Hadjerioua, S. T DeNeale, D. Yeasmin, M. FK Pasha, A. A Oubeidillah, and B. T Smith. 2014. New Stream-Reach Development: A Comprehensive Assessment Of Hydropower Energy Potential In The US
View PublicationAn Assessment of Energy Potential from New Stream-Reach Development in the United States: Initial Report on Methodology
Lifecycle of US Hydropower Facilities
The lifecycle of a hydropower project involves several stages, from initial planning/resource assessment through to decommissioning. Each stage is crucial to ensuring that the hydropower project is successful, sustainable, and minimally impacts the environment and local communities. The Lifecycle of US Hydropower Facilities story map present a high-level overview of the various stages in the lifecycle of a hydropower project.
View MapHydroSource Story Map: A story on US Hydropower Data for Basin-Scale Applications
The HydroSource Story Map present a high-level overview of ORNL’s HydroSource data products that can be used in various basin-scale applications across the United States to realistically conceptualize and quantitatively analyze the complex dynamics, effects, and implications of energy-water systems.
View Map