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COMPLEX WATER RESOURCE SYSTEM OPTIMAL CONFIGURATION METHOD BASED ON 'PARTITIONING-RATING' THEORY

机译:基于“分区评价”理论的复杂水资源系统最优配置方法

摘要

A complex water resource system optimal configuration method based on a "partitioning-rating" theory. The method comprises the following steps: firstly, acquiring basic information data of a water resource system, and secondly generalizing a complex water resource system; then partitioning the whole water resource system according to a water supply relationship between a reservoir, a pump station, a riverway, a water conveying pipeline and a water plant, and establishing hydraulic relationship digital matrices of different partitions; and finally, constructing and solving a multi-stage water resource system optimal configuration model according to the type of water supply source, and determining a rational optimal configuration scheme set. By means of the method, a complex water resource system can be simplified, and a new approach is provided for the efficient utilization of water resources.
机译:基于“分区评级”理论的复杂水资源系统最优配置方法。 该方法包括以下步骤:首先,获取水资源系统的基本信息数据,并二次概括复杂的水资源系统; 然后根据水库,泵站,河道,水输送管道和水厂之间的供水关系来分区整个水资源资源系统,以及建立不同分区的液压关系数字矩阵; 最后,根据供水源的类型构建和解决多级水资源系统最佳配置模型,并确定Rational最佳配置方案集。 通过该方法,可以简化复杂的水资源系统,并且提供了一种新方法,用于有效利用水资源。

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