Twin Ocean Power V1
In curation
License 
These files collectively provide a comprehensive overview of the testing process, data analysis, and validation for the Twin Ocean Power device tested at the O.H. Hinsdale Wave Research Laboratory, supported by TEAMER funding.
20240911_Regular_Damping1 log.xlsx
A comprehensive log sheet documenting trial test information and associated notes.
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AngularVelocity.m
MatLab
script is designed to plot the velocity profile for each trial. It calculates angular velocity based on the motion data, and visualizes the results in a clear graphical... more
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Average Power Chart.png
A graphical chart displaying the average power results for each trial.
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CalculateRotation.m
MatLab
designed to analyze trial data within the frame range of 6,000 to 12,000. The script processes the west float's motion, identifying peaks and troughs associated with th... more
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ImageProcess.m
ImageProcess was developed to validate data consistency and show data charts
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Summary.xlsx
A compilation of power data for all trials, including total power in one minute for each trial and average power for each trial.
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Trial0001_6D.tsv
Raw testing data generated by Qualisys software during Trial 1.
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Trial0001_6D.xls
The trial data from Trial0001_6D.tsv reformatted for MATLAB compatibility.
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Trial0002_6D.tsv
Raw testing data generated by Qualisys software during Trial 2.
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Trial0002_6D.xls
The trial data from Trial0002_6D.tsv reformatted for MATLAB compatibility.
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Trial0003_6D.tsv
Raw testing data generated by Qualisys software during Trial 3.
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Trial0003_6D.xls
The trial data from Trial0003_6D.tsv reformatted for MATLAB compatibility.
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Trial0004_6D.tsv
Raw testing data generated by Qualisys software during Trial 4.
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Trial0004_6D.xls
The trial data from Trial0004_6D.tsv reformatted for MATLAB compatibility.
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Trial0005_6D.tsv
Raw testing data generated by Qualisys software during Trial 5.
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Trial0005_6D.xls
The trial data from Trial0005_6D.tsv reformatted for MATLAB compatibility.
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Trial0006_6D.tsv
Raw testing data generated by Qualisys software during Trial 6.
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Trial0006_6D.xls
The trial data from Trial0006_6D.tsv reformatted for MATLAB compatibility.
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Trial0007_6D.tsv
Raw testing data generated by Qualisys software during Trial 7.
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Trial0007_6D.xls
The trial data from Trial0007_6D.tsv reformatted for MATLAB compatibility.
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Trial01_Video.mp4
A 1-minute video recording torque values during Trial 1. The video is intended for cross-referencing with testing data.
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Trial02_Video.mp4
A 1-minute video recording torque values during Trial 2. The video is intended for cross-referencing with testing data.
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Trial03_Video.mp4
A 1-minute video recording torque values during Trial 3. The video is intended for cross-referencing with testing data.
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Trial04_Video.mp4
A 1-minute video recording torque values during Trial 4. The video is intended for cross-referencing with testing data.
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Trial05_Video.mp4
A 1-minute video recording torque values during Trial 5. The video is intended for cross-referencing with testing data.
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Trial06_Video.mp4
A 1-minute video recording torque values during Trial 6. The video is intended for cross-referencing with testing data.
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Trial07_Video.mp4
A 1-minute video recording torque values during Trial 7. The video is intended for cross-referencing with testing data.
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Trial1.png
An image capturing the device during Trial 1 testing, featured in the 1-minute video.
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Trial1_AngularVelocity.jpg
A chart illustrating angular velocity fluctuations during the peak/trough periods of Trial 1.
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Trial1_Power.xlsx
Trial1 output file from the MATLAB calculateRotation script. This file includes key metrics such as peaks, troughs, periods, and radian angles, as well as angular veloc... more
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Trial2.png
An image capturing the device during Trial 2 testing, featured in the 1-minute video.
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Trial2_AngularVelocity.jpg
A chart illustrating angular velocity fluctuations during the peak/trough periods of Trial 2.
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Trial2_Power.xlsx
Trial2 output file from the MATLAB calculateRotation script. This file includes key metrics such as peaks, troughs, periods, and radian angles, as well as angular veloc... more
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Trial3.png
An image capturing the device during Trial 3 testing, featured in the 1-minute video.
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Trial3_AngularVelocity.jpg
A chart illustrating angular velocity fluctuations during the peak/trough periods of Trial 3.
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Trial3_Power.xlsx
Trial3 output file from the MATLAB calculateRotation script. This file includes key metrics such as peaks, troughs, periods, and radian angles, as well as angular veloc... more
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Trial4.png
An image capturing the device during Trial 4 testing, featured in the 1-minute video.
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Trial4_AngularVelocity.jpg
A chart illustrating angular velocity fluctuations during the peak/trough periods of Trial 4.
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Trial4_Power.xlsx
Trial4 output file from the MATLAB calculateRotation script. This file includes key metrics such as peaks, troughs, periods, and radian angles, as well as angular veloc... more
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Trial5.png
An image capturing the device during Trial 5 testing, featured in the 1-minute video.
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Trial5_AngularVelocity.jpg
A chart illustrating angular velocity fluctuations during the peak/trough periods of Trial 5.
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Trial5_Power.xlsx
Trial5 output file from the MATLAB calculateRotation script. This file includes key metrics such as peaks, troughs, periods, and radian angles, as well as angular veloc... more
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Trial5_WestHeight.jpg
A validation image demonstrating inconsistencies in testing results during the first and third minutes of Trial 5.
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Trial6.png
An image capturing the device during Trial 6 testing, featured in the 1-minute video.
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Trial6_AngularVelocity.jpg
A chart illustrating angular velocity fluctuations during the peak/trough periods of Trial 6.
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Trial6_Power.xlsx
Trial6 output file from the MATLAB calculateRotation script. This file includes key metrics such as peaks, troughs, periods, and radian angles, as well as angular veloc... more
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Trial7.png
An image capturing the device during Trial 7 testing, featured in the 1-minute video.
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Trial7_AngularVelocity.jpg
A chart illustrating angular velocity fluctuations during the peak/trough periods of Trial .
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Trial7_Power.xlsx
Trial7 output file from the MATLAB calculateRotation script. This file includes key metrics such as peaks, troughs, periods, and radian angles, as well as angular veloc... more
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image1.png
This image show the device movement during testing
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image2.png
This image illustrates the torque transducer installed between the main shaft and the main gear, used to measure the torque transfer between them.
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image3.png
This image depicts the adjustable physical damping mechanism configured on the large chain gear.
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Citation Formats
John Nguyen. (2024). Twin Ocean Power V1 [data set]. Retrieved from https://mhkdr.openei.org/submissions/582.
Nguyen, John, Nguyen, Nikki. Twin Ocean Power V1. United States: N.p., 11 Sep, 2024. Web. https://mhkdr.openei.org/submissions/582.
Nguyen, John, Nguyen, Nikki. Twin Ocean Power V1. United States. https://mhkdr.openei.org/submissions/582
Nguyen, John, Nguyen, Nikki. 2024. "Twin Ocean Power V1". United States. https://mhkdr.openei.org/submissions/582.
@div{oedi_582, title = {Twin Ocean Power V1}, author = {Nguyen, John, Nguyen, Nikki.}, abstractNote = {These files collectively provide a comprehensive overview of the testing process, data analysis, and validation for the Twin Ocean Power device tested at the O.H. Hinsdale Wave Research Laboratory, supported by TEAMER funding.}, doi = {}, url = {https://mhkdr.openei.org/submissions/582}, journal = {}, number = , volume = , place = {United States}, year = {2024}, month = {09}}
Details
Data from Sep 11, 2024
Last updated Dec 5, 2024
Submitted Nov 26, 2024
Organization
John Nguyen
Contact
John Nguyen
714.209.1233
Authors
John Nguyen
John NguyenNikki Nguyen
John NguyenKeywords
MHK, Marine, Hydrokinetic, energy, power, Twin Ocean Power, Three floats device, TEAMERDOE Project Details
Project Name Twin Ocean Power Wave Energy Converter
Project Lead Lauren Ruedy
Project Number EE0008895
