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Coos Bay, Oregon

Reedsport, Oregon


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Atlantic City, New Jersey



Reedsport OPT Wave Park



OPT is developing the first commercial wave park on the West Coast of the United States located 2.5 miles offshore near Reedsport, Oregon. The project is expected to be built in phases: one PB150 (non-grid connected); ten PB150s for 1.5 megawatt, grid connected; and scale-up to 50 megawatts, grid connected. The ten PB150 PowerBuoy® array will include an undersea substation pod to collect the power, and a sub-marine power transmission cable to deliver the renewable power to the Pacific Northwest electric grid. Each PB150 PowerBuoy has a maximum sustained generating capacity of 150 kilowatts.


Download the current issue of the Reedsport Wave Energy Project Newsletter and Progress Report


Read our latest news release related to the Reedsport project


In June, 2012, OPT announced it had successfully completed extensive factory acceptance testing of its utility-scale PowerBuoy, the PB150, in preparation for deployment at Reedsport. During the land testing, the PB150 was subjected to varying simulated wave conditions to measure overall functioning and reliability, and it performed as expected in each area studied.

OPT is engaging in a collaborative process in developing the Reedsport project. We believe this approach demonstrates our commitment to developing wave energy potential, which maximizes benefits to all stakeholders and demonstrates long-term sensitivity toward their concerns. OPT has signed an agreement, along with other Oregon stakeholders, for the responsible development of wave power in the State of Oregon. This agreement provides for OPT’s “adaptive management” and responsiveness to environmental conditions off the Oregon coast.

Ocean Power Technologieshas been awarded a FERC License for Reedsport – the first license issued for a wave power station in the US.

OPT has received approval from the US Federal Energy Regulatory Commission (FERC) for the full build-out of this planned 1.5 megawatt, grid-connected wave power station.

This is the first FERC license for a wave power station issued in the United States and provides important regulatory approval for the deployment of up to ten OPT devices generating enough electricity for approximately 1,000 homes. Specifically, FERC has granted a 35-year license for grid-connected, wave energy production. This follows an extensive process of environment assessment, notifications to the public, assessment of Federal and State regulations, and consideration of a broad array of comments, recommendations, and terms and conditions.

The issuance of this license is an important milestone for the US wave energy industry as well as for OPT. It represents the culmination of thorough due diligence and consideration of input from a broad array of groups interested in the Reedsport project. In addition, the 35-year term of the license demonstrates the commercial potential of wave power, and this will support initiatives to secure financing for the project. 

After the initial PowerBuoy is deployed, OPT plans to construct the balance of the wave power station, consisting of up to nine additional PowerBuoys and grid connection infrastructure, subject to receipt of additional funding and all necessary regulatory approvals.

Download a copy of the license.



The estimated amount of electricity this project will deliver to the grid is approximately 4,140 megawatt hours/year based on the wave resource at this location, or enough for up to 375 homes. Electricity generated by OPT’s clean, renewable PowerBuoy system will displace 2,110 tons of carbon dioxide annually1. The power created by the Reedsport project is expected to be delivered to the Pacific Northwest Generating Cooperative (PNGC Power). The Reedsport preliminary permit application can accommodate up to 50 megawatts for potential future expansion at this site.





Reedsport, Oregon, USA


Environmental Assessment and permitting in progress

Total Generating Capacity:

Up to 1.5 megawatts in the first stage




Buoy Specification:



Grid connected

Major Components:

Up to 10 PB150 PowerBuoys
Undersea Substation Pod (USP)
Sub-marine cable from PowerBuoy array to land-based substation

Estimated Annual Generation:

Approximately 4,140 megawatt hours

Estimated CO2 Savings:

Approximately 2,110 tons/year





Reedsport OPT Wave Park, LLC

Expected Power Purchasers:

PNGC Power
Douglas Electric Cooperative
Central Lincoln People’s Utility District

1 Based on 2004 data from the US Environmental Protection Agency and Chicago Climate Exchange