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Wind Power Potential over the World's Deepest River Valley

机译:世界上最深河谷的风力发电潜力

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Wind power potential prevailing over the world's deepest river gorge,the Kali Gandaki River Valley,located in the western Trans Himalaya region ofNepal,has been assessed and mapped at 1km x 1km horizontal grid resolution with the application of Weather Research and Forecasting(WRF)Modeling System.The wind power potential map cover 70 km x 70 km area,which encloses the very first and failed wind power project in the country and the Jomsom Airport at the center.The simulated wind characteristics compare well with the available observed wind characteristic.The wind power potential appears to vary from good to outstanding over 200 kfr12 area along the axis of Kaligandaki River Valley in Jomsom area.However,a detail long-term observations,numerical simulation as well as more engineering examinations are desired to address abnormal valley wind characteristicsfor sustainable wind power development in the area.
机译:在世界上最深的河谷(位于尼泊尔的喜马拉雅山西部地区)的卡利甘达基河谷地区盛行的风电潜力已通过气象研究与预测(WRF)建模方法进行了评估,并以1km x 1km的水平网格分辨率进行了制图系统。风力发电潜力图覆盖70 km x 70 km区域,包围了该国第一个失败的风力发电项目以及以中心的Jomsom机场为中心。模拟风特征与可用的观测风特征进行了很好的比较。沿着Jomsom地区的Kaligandaki河谷轴线,风力发电潜力在200 kfr12以上的区域似乎从好到大。但是,需要详细的长期观测,数值模拟以及更多的工程研究,以解决以下异常的山谷风特征:该地区的可持续风电发展。

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