Inflow modelling under changing environmental conditions upstream of Rusumo Falls

R. Faber; H. Kling; G. J. Klaassen; G. Petersen; G. Bikwemu

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Inflow modelling under changing environmental conditions upstream of Rusumo Falls

机译：在Rusumo瀑布上游改变环境条件下的流入建模

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The paper has presented the analysis framework of a river avulsion that had progressively formed upstream the regional Rusumo Falls hydroelectric project (RRFHP), which is currently under construction in the boundary region of Rwanda, Burundi and Tanzania. Before the avulsion developed, the main river had been bypassing Lake Rweru at a close distance. The avulsion now re-directs these flows through the lake, so the hydropower plant is eventually fed by the lake outflow instead of the river flow. This physical alteration bares the risk of changing the flow regime at the hydropower plant and its energy generation. These avulsion-induced changes are currently being analysed.

机译：本文介绍了河流泄露的分析框架，逐步形成的地区Rusumo Falls水电项目（RRFHP），目前正在建设卢旺达，布隆迪和坦桑尼亚的边界地区。在Avulsion开发之前，主要河流在近距离旁边绕过了Rweru。 Avulsion现在重新引导这些流过湖泊，因此水电站最终由湖流量而不是河流喂养。这种物理改变可以释放改变水电站的流动制度及其能量产生的风险。目前正在分析这些厌恶诱导的变化。

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《The international journal on hydropower & dams》 |2021年第3期|38-42|共5页
作者
R. Faber; H. Kling; G. J. Klaassen; G. Petersen; G. Bikwemu;
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AFRY Austria GmbH Austria;

AFRY Austria GmbH Austria;

HYDROC GmbH Germany;

HYDROC GmbH Germany;

NELSAP Rwanda;

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正文语种 eng
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Inflow modelling under changing environmental conditions upstream of Rusumo Falls

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