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Design of The 10 KW Point-Absorber Wave Energy Converter Device At The Assaluyeh Seaport of Persian Gulf
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Mahdi Nazari *   , Hasan Ghasemi |
| , Mehdi.nazari83@yahoo.com |
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Abstract: (9995 Views) |
| Assaluyeh seaport region of Persian Gulf having short heights of sea wave, its Resulting from low fetch and geographic conditions, Potential power to region for extract this energy and Electric generation is 3.27 kw/m, But This condition causes the short waves, but visibility has been continuously, Over 40 percent of the time in year with frequencies between 1.3 to 1.5 radians per second. In this article, After review and analysis of wave characteristics of the area and determined the dominant frequency waves throughout the year, with Design principles for the visibility Resonant and control Damping on Floating buoy energy absorbing system, A device was designed to point absorber wave energy converter. Buoy energy by internal hydraulic system absorption and Become constant hydraulic pressure in accumulator, The result, Produced no changes in frequency AC power is 10 kilo watt per hours, This device is ideal energy storage capability and designed for extraction Short wave height energy.. |
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| Keywords: Point absorber wave energy, Assaluyeh seaport, Electricity Production, Persian Gulf. |
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Full-Text [PDF 351 kb]
(1858 Downloads)
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Type of Study: Research |
Subject:
Energy Planning Models
Received: 2012/05/26 | Published: 2011/10/15
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