Ocean Power Technologies PB150 device outperforms in Sea Tests
Wednesday, Jun 29, 2011
Ocean Power Technologies, Inc. (Nasdaq: OPTT) ("OPT" or the "Company"), a leading wave energy technology company, is pleased to announce that the first of its new generation utility-scale PowerBuoy® device, the PB150, has delivered better-than-expected initial results from tests being conducted off the northeast coast of Scotland.
Rated at 150 kilowatts, this device was designed and developed by OPT to work in arrays of multiple PowerBuoys to generate renewable energy at commercial-scale wave power stations worldwide. It was deployed on April 15, 2011 for ocean trials at a site approximately 33 nautical miles from Invergordon, Scotland. The trials are expected to continue for an additional one to two months.
Wave conditions encountered have included storm waves, and electrical power generated by the PB150 has included peaks of over 400 kilowatts. Average electrical power of 45 kilowatts was generated at wave heights as low as 2 meters. These levels of power exceeded OPT’s expectations of performance for this first PB150 deployment, and verifies that the system could produce up to 150 kilowatts on average, in higher wave conditions.
On-board equipment replicates grid-connection conditions to ensure the PowerBuoy’s electrical systems are subjected to full operational testing for utility applications. The power take-off system’s performance has exceeded expectations with respect to its energy conversion efficiency in the irregular ocean wave conditions encountered. The device is transmitting data in real-time for analysis by OPT’s engineers in both the United Kingdom and the United States. A wave data buoy located near the site provides detailed information regarding incoming waves. Using that information, OPT’s engineers calculate the power levels that should be achieved by the PB150, and analyze these against actual power generation. The result of this process confirms the Company’s ability to predict accurately the PowerBuoy’s performance in varying wave conditions.
Source: Business Wire
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