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Du Jinkang, Zhou Guangan. A Recursive Optimal Algorithm for the operation of Multireservoir Flood Control Systems[J]. Advances in Water Science, 1994, 5(2): 134-141.
Citation: Du Jinkang, Zhou Guangan. A Recursive Optimal Algorithm for the operation of Multireservoir Flood Control Systems[J]. Advances in Water Science, 1994, 5(2): 134-141.

A Recursive Optimal Algorithm for the operation of Multireservoir Flood Control Systems

  • Received Date: 1993-03-26
  • Rev Recd Date: 1993-07-07
  • Publish Date: 1994-04-25
  • An optimal operation model with an objective of minimizing flood peak discharge at a protected location and with a series of constrains related to water balance of reservoirs and channel routing equations is established based on the analysis of the relationship between releases of reservoirs in parallel and flood peak discharge in protected regions. The solution of the model is reached by combining recursive multistage dynamic programming with practical flood regulation rule of "releasing, storing, and diversing in succession". A case study shows the flexibility, computational efficiency, and effectiveness of the method in preventing flood peaks from reservoirs and uncontroled area from meeting together in protected region. The methodology can be adopted in real time regulating of flood and planning of flood control system.
  • [1] Windsor J S. Optimization model for the operation of flood control systems. Water Resources Research. 1973, 9(5):1219-1226
    [2] Windsor J S. A programming model for the design of multireservoir flood control systems. Water Resources Research. 1975, 11(1):30-36
    [3] 胡振鹏,冯尚友.防洪系统联合运行的动态规划模型.武汉水利电力学院学报.1987,(4):55-65
    [4] Marien J L. Real-time operation of a cascade of flood reservoirs in small river basins. in: T E Unny and Edwand A McBean, ed. Experience in Operation of Hydrosystems. 1982. 111-128
    [5] 许自达.优化技术在防洪中的应用.南京:河海大学出版社,1990, 140-188
    [6] 吴保生,陈惠源.多库防洪系统优化调度的一种解算方法.水利学报.1991, (11): 35-40
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A Recursive Optimal Algorithm for the operation of Multireservoir Flood Control Systems

Abstract: An optimal operation model with an objective of minimizing flood peak discharge at a protected location and with a series of constrains related to water balance of reservoirs and channel routing equations is established based on the analysis of the relationship between releases of reservoirs in parallel and flood peak discharge in protected regions. The solution of the model is reached by combining recursive multistage dynamic programming with practical flood regulation rule of "releasing, storing, and diversing in succession". A case study shows the flexibility, computational efficiency, and effectiveness of the method in preventing flood peaks from reservoirs and uncontroled area from meeting together in protected region. The methodology can be adopted in real time regulating of flood and planning of flood control system.

Du Jinkang, Zhou Guangan. A Recursive Optimal Algorithm for the operation of Multireservoir Flood Control Systems[J]. Advances in Water Science, 1994, 5(2): 134-141.
Citation: Du Jinkang, Zhou Guangan. A Recursive Optimal Algorithm for the operation of Multireservoir Flood Control Systems[J]. Advances in Water Science, 1994, 5(2): 134-141.
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