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System Level Design, Performance and Costs-Oregon State Offshore Wave Power Plant

Report

Title: System Level Design, Performance and Costs-Oregon State Offshore Wave Power Plant
Author:
Previsic, M.; Bedard, R.; Hagerman, G.; Siddiqui, O.
Publication Date:
Affiliation:
Global Energy Partners LLC, Virginia Polytechnic Institute and State University (Virginia Tech)
Sponsoring Organization:
Electric Power Research Institute (EPRI)
Technology:
Wave
Resource:
Site Characterization
Economics:
Cost Assessment
Language:
English

Document Access

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Attachment:
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Citation

Previsic, M.; Bedard, R.; Hagerman, G.; Siddiqui, O. (2004). System Level Design, Performance and Costs-Oregon State Offshore Wave Power Plant. Report by Global Energy Partners LLC. Report for Electric Power Research Institute (EPRI).
@techreport{Previsic-2004-4367,
author = {Previsic, M and Bedard, R and Hagerman, G and Siddiqui, O},
title = {System Level Design, Performance and Costs-Oregon State Offshore Wave Power Plant},
institution = {Global Energy Partners LLC},
year = {2004},
month = {nov},
url = {http://www.re-vision.net/documents/System%20Level%20Design,%20Performance%20and%20Costs%20-%20Oregon%20State%20Offshore%20Wave%20Power%20Plant.pdf},
keywords = {Wave, Site Characterization, Cost Assessment},
}
Export Citation to BibTex
TY - RPRT
TI - System Level Design, Performance and Costs-Oregon State Offshore Wave Power Plant
AU - Previsic, M
AU - Bedard, R
AU - Hagerman, G
AU - Siddiqui, O
AB - This document describes the results of the system level design, performance and cost study for both a feasibility demonstration pilot plant and a commercial size offshore wave power plant installed off the coast of Oregon. For purposes of this point design study, the Oregon stakeholders selected the Ocean Power Delivery (OPD) Pelamis wave energy conversion (WEC) device, Coos Bay for fabrication of the device, grid connection at the Gardiner substation in Douglas County and a deployment site approximately 5 km due west of the substation at a water depth of 60 meters. The study was carried out using the methodology and standards established in the Design Methodology Report (Reference 1), the Power Production Performance Methodology Report (Reference 2) and the Cost Estimate and Economics Assessment Methodology Report (Reference 3).
DA - 2004/11//
PY - 2004
PB - Global Energy Partners LLC
UR - http://www.re-vision.net/documents/System%20Level%20Design,%20Performance%20and%20Costs%20-%20Oregon%20State%20Offshore%20Wave%20Power%20Plant.pdf
LA - English
KW - Wave
KW - Site Characterization
KW - Cost Assessment
ER -
Export Citation to RIS

Abstract

This document describes the results of the system level design, performance and cost study for both a feasibility demonstration pilot plant and a commercial size offshore wave power plant installed off the coast of Oregon. For purposes of this point design study, the Oregon stakeholders selected the Ocean Power Delivery (OPD) Pelamis wave energy conversion (WEC) device, Coos Bay for fabrication of the device, grid connection at the Gardiner substation in Douglas County and a deployment site approximately 5 km due west of the substation at a water depth of 60 meters. The study was carried out using the methodology and standards established in the Design Methodology Report (Reference 1), the Power Production Performance Methodology Report (Reference 2) and the Cost Estimate and Economics Assessment Methodology Report (Reference 3).

System Level Design, Performance and Costs-Oregon State Offshore Wave Power Plant is located in Oregon, United States of America.