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Aswan High Dam Reservoir management system

机译：阿斯旺高坝水库管理系统

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The Aswan High Dam Reservoir management system was developed to simulate dam operation under varying boundary conditions taking as example climate change and Millennium Dam construction, and analyze the optimal operation rules of the reservoir taking into account a large number of objectives, including hydropower production and water supply for irrigation purposes. The developed system runs on Windows platforms and comprises three basic modules: a user-friendly graphical interface managing all graphic features, a computational engine where all the algorithms are implemented, and a database and files module managing hydrological and operational data. The developed model was calibrated. The future hydrologic scenarios developed have been used to assess the expected impacts of potential climate change (baseline and three periods with two global emission scenarios) and the Millennium Dam. The new operation rules were used for scenarios analysis. It was concluded that overall applying the new operation rules will decrease the percentage of occurrence of minimum water levels. Also, the Millennium Dam will increase the percentage of occurrence of minimum water levels. Finally, the period Ⅲ (2070-2099) for the two global emission scenarios is very critical for the dam operation.
机译：开发了阿斯旺高坝水库管理系统，以气候变化和千年水坝建设为例，模拟了在边界条件变化的情况下大坝的运行，并考虑了包括水力发电和水在内的众多目标，分析了水库的最佳运行规则。灌溉用水。开发的系统在Windows平台上运行，包括三个基本模块：用于管理所有图形功能的用户友好图形界面，用于实现所有算法的计算引擎以及用于管理水文和运行数据的数据库和文件模块。开发的模型已经过校准。拟定的未来水文情景已用于评估潜在气候变化（基线和三个全球排放情景的三个时期）和千年大坝的预期影响。新的操作规则用于方案分析。结论是，总体上应用新的操作规则将减少最低水位出现的百分比。同样，千年大坝将增加最低水位发生的百分比。最后，这两种全球排放情景的Ⅲ期（2070-2099）对于大坝运行至关重要。

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