Optimal Operation of Multiple Reservoir Systems

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by Qinghui Zhong, Oklahoma State Univ, United States,
Kevin E. Lansey, Oklahoma State Univ, United States,

Document Type: Proceeding Paper

Part of: Optimizing the Resources for Water Management:

Abstract: In this paper a temporal decomposition approach is presented to solve a long term deterministic model for a multi-reservoir system. Through relaxation the long term problem is broken into several smaller subproblems; each of which can be solved relatively quickly using standard nonlinear programming codes. Coordination between subproblems is accounted for by a Lagrangian penalty term in the objective function of each subproblem. Overall convergence is achieved through an iterative process by updating the Lagrange multipliers.

Subject Headings: Reservoirs | Decomposition | Standards and codes | Computer programming | Lagrangian functions | Hydro power | Power plants | Relaxation (mechanics) |

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