TEAMER: Vertical Axis Hydrokinetic Turbine Array Modeling And Optimization Data

Description

This dataset from Emrgy Inc., in collaboration with Sandia National Laboratories, includes integration of modular vertical axis hydrokinetic (HK) turbines into a higher fidelity canal hydraulic model. This submission contains all data collected and used for the Vertical Axis Hydrokinetic Turbine Array Modeling & Optimization. The data includes Delft3D simulation data and scripts for the Hydrokinetic Turbine (HKT) & HKT arrays. The simulation data includes canal models with and without turbines for two real-world sites; one in Colorado and one in California. The simulation data also includes a matrix of test cases. The main script "rotorFrame_clean.py" is a python script used to automate the setup of different turbine configurations within SNL-Delft3D. This work was supported by funding from TEAMER RFTS 7 (Request for Technical Support).

Resources

Name Format Description Link
Denver Water - 0xTwinTurbineSys.zip ZIP Delft3D run files; flow, depth, and velocity output; and turbine power output for Denver Water model study with no turbines Open resource
Denver Water - 1xTwinTurbineSys.zip ZIP Delft3D run files; flow, depth, and velocity output; and turbine power output for Denver Water model study with one set of twin turbines Open resource
Denver Water - 2xTwinTurbineSys.zip ZIP Delft3D run files; flow, depth, and velocity output; and turbine power output for Denver Water model study with an array of two twin turbines Open resource
Denver Water - Figure21.py Unknown Script to extract and plot water depth at observation points Open resource
Denver Water - FlowFM_map-005.nc NetCDF Flow, depth, and velocity output at observation points for the Denver Water Study Open resource
Denver Water - FlowFM_map-007.nc NetCDF Flow, depth, and velocity output at observation points for the Denver Water Study Open resource
Denver Water - FlowFM_map-015.nc NetCDF Flow, depth, and velocity output at observation points for the Denver Water Study Open resource
Denver Water - FlowFM_map-019.nc NetCDF Flow, depth, and velocity output at observation points for the Denver Water Study Open resource
Denver Water - MeshConvergence.zip ZIP Delft3D run files; flow, depth, and velocity output; and turbine power output for Denver Water mesh convergence study Open resource
Denver Water - TemporalConvergence.zip ZIP Delft3D run files; flow, depth, and velocity output; and turbine power output for Denver Water temporal convergence study Open resource
matrixSetCases - case1.zip ZIP Delft3D run files; flow, depth, and velocity output; and turbine power output for Matrix Set Case 1 model study Open resource
matrixSetCases - case2.zip ZIP Delft3D run files; flow, depth, and velocity output; and turbine power output for Matrix Set Case 2 model study Open resource
matrixSetCases - case3.zip ZIP Delft3D run files; flow, depth, and velocity output; and turbine power output for Matrix Set Case 3 model study Open resource
matrixSetCases - case4.zip ZIP Delft3D run files; flow, depth, and velocity output; and turbine power output for Matrix Set Case 4 model study Open resource
matrixSetCases - FlowFM_map-012.nc NetCDF Flow, depth, and velocity output at observation points for the Matrix Set Cases Study Open resource
matrixSetCases - plotCenterWD.py Unknown Script to extract and plot centreline water depth at observation points Open resource
matrixSetCases - plotHubVel.py Unknown Script to extract and plot hub velocities at observation points Open resource
matrixSetCases - plotSurfMeanVel.py Unknown Script to extract and plot surface mean velocities at observation points Open resource
matrixSetCases - plotTurbine_Power.py Unknown Script to extract and plot turbine power at observation points Open resource
OID - FlowFM_map-002.nc NetCDF Flow, depth, and velocity output at observation points for the OID Study Open resource
OID - FlowFM_map-005.nc NetCDF Flow, depth, and velocity output at observation points for the OID Study Open resource
OID - FlowFM_map-009.nc NetCDF Flow, depth, and velocity output at observation points for the OID Study Open resource
OID - FlowFM_map-010.nc NetCDF Flow, depth, and velocity output at observation points for the OID Study Open resource
OID - FlowFM_map-011.nc NetCDF Flow, depth, and velocity output at observation points for the OID Study Open resource
OID - FlowFM_map-022.nc NetCDF Flow, depth, and velocity output at observation points for the OID Study Open resource
OID - FlowFM_map-029.nc NetCDF Flow, depth, and velocity output at observation points for the OID Study Open resource
OID - FlowFM_map-033.nc NetCDF Flow, depth, and velocity output at observation points for the OID Study Open resource
OID - FlowFM_map-035.nc NetCDF Flow, depth, and velocity output at observation points for the OID Study Open resource
OID - FlowFM_map-041.nc NetCDF Flow, depth, and velocity output at observation points for the OID Study Open resource
OID - MeshConvergence.zip ZIP Delft3D run files; flow, depth, and velocity output; and turbine power output for OID mesh convergence study Open resource
OID - noTurbineCase.zip ZIP Delft3D run files; flow, depth, and velocity output; and turbine power output for OID model study with no turbines Open resource
OID - TemporalConvergence.zip ZIP Delft3D run files; flow, depth, and velocity output; and turbine power output for OID temporal convergence study Open resource
OID - withTurbineCases.zip ZIP Delft3D run files; flow, depth, and velocity output; and turbine power output for OID model study with turbines Open resource
rotorFrameScript.py Unknown Script to generate 'bathymetry.xyz' file with turbines inserted and aligned within channel representation Open resource

Tags

Topics

Categories