A Study of Reservoir Volume and Its Inundated RMs of Budhi Gandaki Hydropower Project with Respect to Dam Height Variation

R. N. Prajapati, Abdul Hai Miya, Bhagwati Raut, Aayukta Raman Aryal, B. Shrestha
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Abstract

Water resources are the most important natural resources as they are renewable natural resources and also abundantly available in the context of our country. It has huge number of large rivers and streams which has got very high potential of generating hydroelectricity. Construction of any civil engineering structure is not only fully about the design on which it based on but also the impact it does to the surrounding of it. Huge civil engineering structure like Budhi Gandaki hydropower project is a proper demand for the country like ours. Budhi Gandaki Hydropower project site is west of Kathmandu having £576261 and N3079050. The project has the huge potential of generating about 1200 MW which is obtained by constructing a high rise dam height of 263m. In "A Study of Reservoir Volume and its Inundated RMs of Budhi Gandaki Hydropower Project with Respect to Dam Height Variation", the analysis was done with the help GIS to find out various inundation nature of the reservoir at dam height variation and even DEM of the Nepal was used to find the catchment area, inundation area, inundation volume and affected RMs of the  project.
布达甘达基水电站库容及淹没量随坝高变化的研究
水资源是最重要的自然资源,因为它是可再生的自然资源,在我国也是丰富的。它有大量的大型河流和溪流,具有非常高的水力发电潜力。任何土木工程结构的施工不仅完全取决于其所依据的设计,而且还取决于其对周围环境的影响。像布达甘达基水电站这样的大型土木工程结构是我们这样的国家的适当需求。Budhi Gandaki水电项目位于加德满都西部,投资576261英镑和3079050奈拉。该项目具有发电1200兆瓦的巨大潜力,这是通过建造一个高度为263米的高层大坝获得的。在《布达甘达基水电站大坝坝高变化的库容及其淹没均值研究》中,利用GIS分析了大坝坝高变化时水库的各种淹没性质,甚至利用尼泊尔的DEM计算了大坝的集水区、淹没面积、淹没量和影响均值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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