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KMID : 1024520140230091551
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Journal of the Environmental Sciences
2014 Volume.23 No. 9 p.1551 ~ p.1562
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Numerical study on the characteristics of TKE in coastal area for offshore wind power
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Yoo Jung-Woo
Lee Soon-Hwan
Lee Hwa-Woon
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Abstract
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To clarify the characteristics of TKE (Turbulence Kinetic Energy) variation for offshore wind power development, several numerical experiments using WRF were carried out in three different coastal area of the Korean Peninsula. Buoyancy, mechanical and shear production term of the TKE budget are fundamental elements in the production or dissipation of turbulence. Turbulent kinetic energy of the south coast region was higher than in other sea areas due to the higher sea surface temperature and strong wind speed. In south coast region, strong wind passing through the Korea Strait is caused by channelling effect of the terrain of the Geoje Island. Although wind speed is weak in east coast, because of large difference in wind speed between the upper and lower layer, the development of mechanical turbulence tend to be predominant. Since lower sea surface temperature and smaller wind shear were detected in west coastal region, the possibility of turbulence production not so great in comparison with other regions. The understanding of the characteristics of turbulence in three different coastal region can be reduced the uncertainty of offshore wind constructio
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KEYWORD
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Turbulence Kinetic Energy, numerical model, buoyancy, WRF, Offshore wind power
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