CAJ | 학술논문

目前应急供水方案通常是根据经验进行确定,缺乏对于各种方案及其成本的比较。本文以水源突发性事件造成的供水短缺为前提,将应急供水系统的方案分成备用水源供水、污染水的应急处理、水量的压缩3个方面,建立了符合实际的应急供水系统方案优化模型。运用遗传算法,得到新建应急供水系统的成本并求得其最优值。将该模型用于东莞市应急供水规划调控方案,可以为实际应急供水方案提供依据和指导。
목전응급공수방안통상시근거경험진행학정,결핍대우각충방안급기성본적비교。본문이수원돌발성사건조성적공수단결위전제,장응급공수계통적방안분성비용수원공수、오염수적응급처리、수량적압축3개방면,건립료부합실제적응급공수계통방안우화모형。운용유전산법,득도신건응급공수계통적성본병구득기최우치。장해모형용우동완시응급공수규화조공방안,가이위실제응급공수방안제공의거화지도。
Currently,the emergency water supply plan is usually determined based on experience,lacking of comparison with different programs and costs.In this paper,taking water shortages caused by water emergencies as a precondition,the program is divided into three aspects as water supplied by emergency backup water supply system,emergency treatment of polluted water and reduction of water supply.A realistic optimized model for emergency water supply system is established.Genetic algorithms are used to get the costs of the new model for emergency water supply system and obtain the optimal value.With a case of Dongguan City in which the model is used for the regulation of emergency water supply planning,the program can actually provide the basis for emergency water supply program and guidance.