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Post Access Report: Testing the Adaptive Wave Energy Converter at Oregon State University's Large Wave Flume

Report

Title: Post Access Report: Testing the Adaptive Wave Energy Converter at Oregon State University's Large Wave Flume
Author:
Ocean Motion Technologies
Publication Date:
Pages:
31
Affiliation:
Oregon State University (OSU)
Technology:
Wave, Attenuator
Collection Method:
Lab Data, Modeling, Scale Device
Engineering:
Control, Performance, Substructure
Signature Project:
TEAMER
Language:
English

Document Access

Website:
External Link
Attachment:
Access File
Notice: This material may be protected by Copyright Law.

Citation

Ocean Motion Technologies (2022). Post Access Report: Testing the Adaptive Wave Energy Converter at Oregon State University's Large Wave Flume. Report by Oregon State University (OSU).
@techreport{Ocean-Motion-Technologies-2022-,
author = {Ocean Motion Technologies},
title = {Post Access Report: Testing the Adaptive Wave Energy Converter at Oregon State University's Large Wave Flume},
institution = {Oregon State University (OSU)},
year = {2022},
month = {aug},
url = {https://teamer-us.org/report/ocean-motion-technologies-inc-testing-the-adaptive-wave-energy-converter-at-oregon-state-universitys-large-wave-flume/},
keywords = {Wave, Attenuator, Lab Data, Modeling, Scale Device, Control, Performance, Substructure},
}
Export Citation to BibTex
TY - RPRT
TI - Post Access Report: Testing the Adaptive Wave Energy Converter at Oregon State University's Large Wave Flume
AU - Ocean Motion Technologies
AB - Ocean Motion Technologies (OMT) has designed and fabricated a Wave Energy Device (WEC) for the purpose of powering data buoys. Ocean Motion Technologies (OMT) is fabricating the Adaptive Point Attenuator (APA), an improvement on point absorber and attenuator systems, which are well-known wave energy conversion mechanisms in the industry.Through the support from the TEAMER RFTS 1 and RFTS 2, OMT has set up the WEC-SIM models and produced preliminary results on power output. The current application aims to request for technical support for a wave tank test in order to bridge the gap between simulation and small-scale experimentation. These efforts will aid the ongoing DOE SBIR Phase II Project which will result in a field deployment with the pilot customers. This proposal is requesting support in five areas: experiment planning, pre-experiment logistics support, experiment support during the tank test, post-experiment consultation, and data analysis support.
DA - 2022/08//
PY - 2022
SP - 31
PB - Oregon State University (OSU)
UR - https://teamer-us.org/report/ocean-motion-technologies-inc-testing-the-adaptive-wave-energy-converter-at-oregon-state-universitys-large-wave-flume/
LA - English
KW - Wave
KW - Attenuator
KW - Lab Data
KW - Modeling
KW - Scale Device
KW - Control
KW - Performance
KW - Substructure
ER -
Export Citation to RIS

Abstract

Ocean Motion Technologies (OMT) has designed and fabricated a Wave Energy Device (WEC) for the purpose of powering data buoys. 

Ocean Motion Technologies (OMT) is fabricating the Adaptive Point Attenuator (APA), an improvement on point absorber and attenuator systems, which are well-known wave energy conversion mechanisms in the industry.

Through the support from the TEAMER RFTS 1 and RFTS 2, OMT has set up the WEC-SIM models and produced preliminary results on power output. The current application aims to request for technical support for a wave tank test in order to bridge the gap between simulation and small-scale experimentation. These efforts will aid the ongoing DOE SBIR Phase II Project which will result in a field deployment with the pilot customers. This proposal is requesting support in five areas: experiment planning, pre-experiment logistics support, experiment support during the tank test, post-experiment consultation, and data analysis support.

Post Access Report: Testing the Adaptive Wave Energy Converter at Oregon State University's Large Wave Flume is located in Oregon, United States of America.