OES Annual Report 2012 - Ocean Energy Systems
OES Annual Report 2012 - Ocean Energy Systems
OES Annual Report 2012 - Ocean Energy Systems
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55<br />
04 / COUNTRY REPORTS<br />
ÌÌ<br />
Device design and verification methodologies<br />
Ì<br />
Ì<br />
Ì Methods of measuring and assessing effects on the marine environment<br />
Ì Project data and methods for life cycle cost analysis<br />
Workshop I of Annex V, Open Water Testing, was held in October <strong>2012</strong> in conjunction with the International<br />
Conference on <strong>Ocean</strong> <strong>Energy</strong> in Dublin, Ireland. Fifteen of the nineteen <strong>OES</strong> countries are participating in<br />
Annex V, and eleven of those countries participated in Workshop I. The Workshop provided data exchange on<br />
test facilities currently operating, facilities being planned or under development, and experiences of device<br />
developers that have performed open water testing. The resulting report will detail the Workshop discussions<br />
including the operational and business challenges of test facilities, the needs of device developers for the<br />
testing sites, and planning available test sites so as to allow technology to proceed quickly.<br />
TECHNOLOGY DEMONSTRATION<br />
In <strong>2012</strong> the ocean energy industry in the United States saw several deployments of pre-commercial scale<br />
devices. During that time three of these projects received the first ever hydrokinetic licenses from the<br />
Federal <strong>Energy</strong> Regulatory Commission (FERC) for the future build-out of their commercial scale projects.<br />
The following section details these deployments and licenses. For additional information on MHK<br />
technologies in the U.S. and abroad see DOE’s Marine and Hydrokinetic Technology Database http://www.<br />
water.energy.gov/hydrokinetic/default.aspx.<br />
On August 13, <strong>2012</strong> FERC granted <strong>Ocean</strong> Power Technologies (OPT) a commercial license for the full buildout<br />
of the 1.5 MW, grid-connected Reedsport OPT Wave Park Project (P-12713). This is the first commercial<br />
license issued for a wave power project in the U.S. The license provides approval for the deployment of<br />
up to ten grid-connected OPT devices for 35 years. OPT is working through the permitting and licensing<br />
process to expand this site to 50 MW capacity. This expansion project is called Phase III, and received a<br />
Preliminary Permit on March 15, 2011 (P-13666). From 2009 to 2011 OPT tested its 40 kW PowerBuoy in 30<br />
m depth, approximately three-quarters of a mile offshore at the Kaneohe Bay Marine Corps Base on Oahu,<br />
becoming the first grid-connected wave energy device in the U.S. OPT’s 150 kW WEC device (PB150),<br />
initially scheduled to deploy in <strong>2012</strong>, was plagued by weather delays and will therefore launch in 2013. This<br />
project will collect detailed data during two years of operation. Additionally, OPT plans to test their utility<br />
scale 500 kW device (PB500) in early 2013.<br />
On December 22, 2011 the New York State Department of Environmental Conservation granted Verdant<br />
Power a Water Quality Certification Permit for the Roosevelt Island Tidal <strong>Energy</strong> (RITE) Project. On January<br />
23, <strong>2012</strong> FERC granted Verdant Power a 10-year Hydrokinetic Pilot Project License (1.05 MW), making<br />
it the first licensed tidal power project in the U.S. The project is being developed in a phased approach<br />
to include up to 30 turbines providing 1 MW of power. Following the successful testing of Verdant’s<br />
4 th generation Free Flow Kinetic Hydropower device at the RITE project from 2006-2009, Verdant’s 5 th<br />
generation device is planned for installation at that site as well. On September 7, <strong>2012</strong> Verdant completed<br />
an in-water dynamometry test, with over a quarter million valid data points recorded. The dynamometer<br />
turbine was removed the following week and transported by barge to Verdant’s site in Bayonne, NJ. Data<br />
from blade strain gage data recorders in the rotor hub are being processed and analyzed in conjunction<br />
with the other dynamometry data to inform ongoing numerical modeling efforts.<br />
On February 27, <strong>2012</strong> <strong>Ocean</strong> Renewable Power Company (ORPC) received an 8-year Pilot Project License<br />
from FERC for the 300 kW Cobscook Bay project in Maine, making it the second licensed tidal power<br />
project in the U.S. On April 26, <strong>2012</strong> the Maine Public Utilities Commission approved the primary contract<br />
terms of power purchase agreements (PPAs) for the ORPC Maine Tidal <strong>Energy</strong> Project. These will be the<br />
first long-term PPAs for tidal energy in the United States. On July 24, <strong>2012</strong> ORPC held the dedication<br />
ceremony for the project, making it the first commercial tidal energy project in the U.S. The company’s<br />
first TidGen TM TGU device was successfully deployed on August 14, <strong>2012</strong> and grid-connected the following<br />
month.