Related Datasets

TEAMER: Vertical Axis Hydrokinetic Turbine Array Modeling & Optimization Data, Emrgy Inc. 2024, Post Access Submission

In curation License

The data herein 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 TEAMER RFTS 7 (request for technical support) project was awarded to Emrgy, Inc. in collaboration with Sandia National Laboratories.

Denver Water - 0xTwinTurbineSys.zip

Delft3D run files; flow, depth, and velocity output; and turbine power output for Denver Water model study with no turbines

Not Available

Denver Water - 1xTwinTurbineSys.zip

Delft3D run files; flow, depth, and velocity output; and turbine power output for Denver Water model study with one set of twin turbines

Not Available

Denver Water - 2xTwinTurbineSys.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

Not Available

Denver Water - Figure21.py

Python

Script to extract and plot water depth at observation points

Not Available

Denver Water - FlowFM_map-005.nc

Flow, depth, and velocity output at observation points for the Denver Water Study

Not Available

Denver Water - FlowFM_map-007.nc

Flow, depth, and velocity output at observation points for the Denver Water Study

Not Available

Denver Water - FlowFM_map-015.nc

Flow, depth, and velocity output at observation points for the Denver Water Study

Not Available

Denver Water - FlowFM_map-019.nc

Flow, depth, and velocity output at observation points for the Denver Water Study

Not Available

Denver Water - MeshConvergence.zip

Delft3D run files; flow, depth, and velocity output; and turbine power output for Denver Water mesh convergence study

Not Available

Denver Water - TemporalConvergence.zip

Delft3D run files; flow, depth, and velocity output; and turbine power output for Denver Water temporal convergence study

Not Available

OID - FlowFM_map-002.nc

Flow, depth, and velocity output at observation points for the OID Study

Not Available

OID - FlowFM_map-005.nc

Flow, depth, and velocity output at observation points for the OID Study

Not Available

OID - FlowFM_map-009.nc

Flow, depth, and velocity output at observation points for the OID Study

Not Available

OID - FlowFM_map-010.nc

Flow, depth, and velocity output at observation points for the OID Study

Not Available

OID - FlowFM_map-011.nc

Flow, depth, and velocity output at observation points for the OID Study

Not Available

OID - FlowFM_map-022.nc

Flow, depth, and velocity output at observation points for the OID Study

Not Available

OID - FlowFM_map-029.nc

Flow, depth, and velocity output at observation points for the OID Study

Not Available

OID - FlowFM_map-033.nc

Flow, depth, and velocity output at observation points for the OID Study

Not Available

OID - FlowFM_map-035.nc

Flow, depth, and velocity output at observation points for the OID Study

Not Available

OID - FlowFM_map-041.nc

Flow, depth, and velocity output at observation points for the OID Study

Not Available

OID - MeshConvergence.zip

Delft3D run files; flow, depth, and velocity output; and turbine power output for OID mesh convergence study

Not Available

OID - TemporalConvergence.zip

Delft3D run files; flow, depth, and velocity output; and turbine power output for OID temporal convergence study

Not Available

OID - noTurbineCase.zip

Delft3D run files; flow, depth, and velocity output; and turbine power output for OID model study with no turbines

Not Available

OID - withTurbineCases.zip

Delft3D run files; flow, depth, and velocity output; and turbine power output for OID model study with turbines

Not Available

matrixSetCases - FlowFM_map-012.nc

Flow, depth, and velocity output at observation points for the Matrix Set Cases Study

Not Available

matrixSetCases - case1.zip

Delft3D run files; flow, depth, and velocity output; and turbine power output for Matrix Set Case 1 model study

Not Available

matrixSetCases - case2.zip

Delft3D run files; flow, depth, and velocity output; and turbine power output for Matrix Set Case 2 model study

Not Available

matrixSetCases - case3.zip

Delft3D run files; flow, depth, and velocity output; and turbine power output for Matrix Set Case 3 model study

Not Available

matrixSetCases - case4.zip

Delft3D run files; flow, depth, and velocity output; and turbine power output for Matrix Set Case 4 model study

Not Available

matrixSetCases - plotCenterWD.py

Python

Script to extract and plot centreline water depth at observation points

Not Available

matrixSetCases - plotHubVel.py

Python

Script to extract and plot hub velocities at observation points

Not Available

matrixSetCases - plotSurfMeanVel.py

Python

Script to extract and plot surface mean velocities at observation points

Not Available

matrixSetCases - plotTurbine_Power.py

Python

Script to extract and plot turbine power at observation points

Not Available

rotorFrameScript.py

Python

Script to generate 'bathymetry.xyz' file with turbines inserted and aligned within channel representation

Not Available

Citation Formats

Emrgy, Inc.. (2024). TEAMER: Vertical Axis Hydrokinetic Turbine Array Modeling &  Optimization Data, Emrgy Inc. 2024, Post Access Submission [data set].  Retrieved from https://mhkdr.openei.org/submissions/591.

Export Citation to RIS

Cuthbert, Tom. TEAMER: Vertical Axis Hydrokinetic Turbine Array Modeling &  Optimization Data, Emrgy Inc. 2024, Post Access Submission. United States: N.p., 31 Jul, 2024. Web. https://mhkdr.openei.org/submissions/591.

Cuthbert, Tom. TEAMER: Vertical Axis Hydrokinetic Turbine Array Modeling &  Optimization Data, Emrgy Inc. 2024, Post Access Submission. United States. https://mhkdr.openei.org/submissions/591

Cuthbert, Tom. 2024. "TEAMER: Vertical Axis Hydrokinetic Turbine Array Modeling &  Optimization Data, Emrgy Inc. 2024, Post Access Submission". United States.  https://mhkdr.openei.org/submissions/591.

@div{oedi_591, title = {TEAMER: Vertical Axis Hydrokinetic Turbine Array Modeling &  Optimization Data, Emrgy Inc. 2024, Post Access Submission}, author = {Cuthbert, Tom.}, abstractNote = {The data herein 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 TEAMER RFTS 7 (request for technical support) project was awarded to Emrgy, Inc. in collaboration with Sandia National Laboratories.}, doi = {}, url = {https://mhkdr.openei.org/submissions/591}, journal = {}, number = , volume = , place = {United States}, year = {2024}, month = {07}}

Details

Data from Jul 31, 2024

Last updated Feb 18, 2025

Submitted Feb 14, 2025

Organization

Emrgy, Inc.

Contact

Tom Cuthbert

855.459.1818

Authors

Tom Cuthbert

Emrgy Inc.

Keywords

MHK, Marine, Hydrokinetic, energy, power, TEAMER, Turbine Array Modeling, Optimization Data, Delft3D, Hydrokinetic Turbine, HKT, Colorado, CO, California, CA, python, SNL-Delft3D, RFTS7

DOE Project Details

Project Name Testing Expertise and Access for Marine Energy Research

Project Lead Lauren Ruedy

Project Number EE0008895

Submission Downloads