Magazine of the Korean Society of Agricultural Engineers (한국농공학회지)

The Korean Society of Agricultural Engineers (한국농공학회)
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Reevaluation of Operational Policies for a Reservoir System

  • Ko, Ick-Hwan (Water Res. Resarch Inst., Korea Water Resources Corporation) ;
  • Choi, Ye-Hwan (Dept. of Agricultural Engineering, Kangwon National University)
  • Published : 1997.04.01
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Abstract

Abstract The need for integrated reservoir system operation become more intense as the demands from the system increase. A deterministic, three-dimensional discrete incremental dynamic programming approach is presented to derive reservoirs system operational planning strategies. The developed H3DP model optimizes the monthly operation of the Hwachon and Soyang Projects on the North Han river and Chungju Main Project on the South Han river. By using the H3DP model, Hwachon project was reevaluated as a component of the upstream multipurpose storage reservoirs in the basin based on 1993 hydrology. This case study demonstrates the practical use of the developed model for the basin multi-reservoir system operation in an integrated, multipurpose fashion.

Keywords

References

  1. Journal of Wate Resources Planning and Managements v.112 no.3 Dynamic Programing in Hydropower Scheduling Allen,R.;Bridgeman,S.;
  2. Programming Bellman,B.E.
  3. Journal of Water Rescources Planning and Management v.116 no.4 Oppotunities for Reservoir Storage Reallocation Johnson,W.K.;Wurbs,R.A.;Beegle,J.E.
  4. Proceedings of Korean Association of Hydrologicqal Science PC based Optimization Model for Hydro-scheduling of the Chungju REservoir System Ko,S.K.;Ko,I.H.;Lee,K.M.
  5. Dynamic Programming with the Microcomputer, Encyclopeida of Microcomputers Labadie,J.W.;A.Kent ;J. Williams(eds.)
  6. State Incremental Dynamic Programming Larson,R.E.
  7. Water International no.18 Reasessment of Management Srategies for Wonogiri Reservoir in Genral Java Simonovic,S.P.;Qomariyah,S.
  8. IEEE Transactions on Automatic Control v.AC-8 no.1 Optimally and Non-Scalar-Valued Performance Criteria Zadeh,L.A.