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A METHOD FOR SYSTEMATIC DESIGN OF PROTECTION AGAINST FLOODING IN A RIVER BASIN

机译：一种流域防洪保护系统设计的方法

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The augmented volume of existing and anticipated hydropower installations may prove insufficient for transforming a design flood when there is an increase in the extremal flood discharges of water under the conditions of climate change. A method of sharing flood-control capacity between multipurpose hydropower installations provided with hydroelectric power plants on a mainstream and a system of constricting hydropower installations with self-regulated reservoirs on side tributaries is proposed to achieve the required conditions in the headrace and tailrace channels of hydropower installations. Results of simulation of the management of flood discharges in a river basin by a system of hydropower installations under the conditions of climate change are analyzed in the article. The use of geological information systems for assessing the effect of flood-control hydropower installations on the environment accompanied by an evaluation of their parameters is considered.
机译：在气候变化条件下，水的极端洪水排放量增加时，现有和预期的水力发电设备的增加容量可能不足以转变设计洪水。提出了一种在主流的水力发电厂的多用途水力发电装置和在侧支流中具有自调节水库的水力发电设施进行压缩的系统之间共享防洪能力的方法，以在水力发电的头尾通道中达到所需条件。装置。本文分析了气候变化条件下水电系统对流域洪水排放管理的模拟结果。考虑使用地质信息系统评估防洪水电设施对环境的影响，并评估其参数。

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